l_braz_por:
 specialization: "Especialização(ões)"
 specialization_nuclear: "P&D civil"
 specialization_naval: "P&D em Guerra Naval"
 specialization_air: "P&D em Aviônica e Aeronáutica"
 specialization_land: "P&D de Guerra Terrestre"
 specialization_nuclear_short: "Civil"
 specialization_naval_short: "Naval"
 specialization_air_short: "Ar"
 specialization_land_short: "Terra"
 sp_tag_nuclear_weapons: "Projetos de armas nucleares"
 sp_tag_civilian: "Projetos de Pesquisa Civil"
 sp_tag_energy: "Projetos de Energia"
 sp_tag_telecommunications: "Projetos de Telecomunicações"
 sp_tag_naval_vehicles: "Projetos de Casco de Navios de Guerra"
 sp_tag_avionics_aeronautics: "Projetos de Aeronáutica"
 sp_tag_ballistic_missiles: "Projetos de mísseis balísticos"
 sp_tag_aircraft_engines: "Projetos de motores de aeronaves"
 sp_tag_pilotless_vehicles: "Projetos de aeronaves sem piloto"
 sp_tag_armored_vehicles: "Projetos de veículos blindados"
 sp_tag_infantry_equipment: "Projetos de Equipamentos de Infantaria"
 sp_tag_mech_suits: "Projetos de trajes mecânicos"
 sp_tag_nuclear_weapons_speed_factor: "$sp_tag_nuclear_weapons$ Velocidade"
 sp_tag_civilian_speed_factor: "$sp_tag_civilian$ Velocidade"
 sp_tag_energy_speed_factor: "$sp_tag_energy$ Velocidade"
 sp_tag_telecommunications_speed_factor: "$sp_tag_telecommunications$ Velocidade"
 sp_tag_naval_vehicles_speed_factor: "$sp_tag_naval_vehicles$ Velocidade"
 sp_tag_avionics_aeronautics_speed_factor: "$sp_tag_avionics_aeronautics$ Velocidade"
 sp_tag_ballistic_missiles_speed_factor: "$sp_tag_ballistic_missiles$ Velocidade"
 sp_tag_aircraft_engines_speed_factor: "$sp_tag_aircraft_engines$ Velocidade"
 sp_tag_pilotless_vehicles_speed_factor: "$sp_tag_pilotless_vehicles$ Velocidade"
 sp_tag_armored_vehicles_speed_factor: "$sp_tag_armored_vehicles$ Velocidade"
 sp_tag_infantry_equipment_speed_factor: "$sp_tag_infantry_equipment$ Velocidade"
 sp_tag_mech_suits_speed_factor: "$sp_tag_mech_suits$ Velocidade"
 sp_caseless_ammunition: "Munição sem estojo"
 sp_caseless_ammunition_desc: "Ao incorporar o projétil e o propelente em um único corpo, podemos reduzir o peso da nossa munição, bem como seu custo de produção."
 sp_fire_support_land_drone: "Drones de apoio de fogo"
 sp_fire_support_land_drone_desc: "Temos drones aéreos, mas desenvolver drones terrestres aumentaria o poder de fogo disponível para nossa infantaria."
 sp_tactical_augmented_reality: "Realidade Aumentada Tática"
 sp_tactical_augmented_reality_desc: "Criar um dispositivo de visão vestível que possa enviar informações ao vivo para o campo de visão dos nossos soldados certamente melhorará sua eficiência em combate."
 sp_double_shot_rifle: "Rifle de tiro duplo"
 sp_double_shot_rifle_desc: "Quando nossas forças especiais se envolvem, o objetivo é dar uma rajada curta de fogo preciso rapidamente. Isso pode ser melhor alcançado criando uma arma especial só para nossas forças especiais."
 sp_experimental_exoskeleton: "Exoesqueleto experimental"
 sp_experimental_exoskeleton_desc: "Um exoesqueleto é um traje mecânico destinado a aumentar as habilidades do usuário. Isso pode vir na forma de aumento de velocidade, força ou tempo de reação. Desenvolver um traje para aplicação militar pode tornar nossos soldados mais eficazes."
 sp_active_camouflage: "Camuflagem Ativa"
 sp_active_camouflage_desc: "Camuflagem é boa para esconder soldados, mas infelizmente é geralmente um compromisso entre o ambiente de combate esperado. Se pudéssemos projetar uma camuflagem que pudesse se adaptar ao terreno ao redor, nossos soldados poderiam ser quase invisíveis para o inimigo."
 sp_truck_modular_seating: "Assentos modulares para caminhões"
 sp_truck_modular_seating_desc: "Ao serem transportados por caminhões, nossos soldados sentam-se na caçamba livremente. Devemos desenvolver um arranjo modular de assentos que caiba em qualquer um dos nossos caminhões. Dessa forma, o transporte de tropas será mais organizado e o desmonte mais eficiente."
 sp_utility_vehicle_electric_engines: "Motores elétricos para caminhões"
 sp_utility_vehicle_electric_engines_desc: "Motores elétricos existem há muito tempo e estão ganhando popularidade no mercado civil. Poderíamos desenvolver um motor para ser usado em nossos veículos militares para reduzir nossa dependência de combustível."
 sp_armoured_vehicle_project: "Experimentação de veículos blindados"
 sp_armoured_vehicle_project_desc: "Se quisermos produzir veículos blindados nacionais, precisamos investir tempo e esforço experimentando diferentes designs de veículos."
 sp_armoured_vehicle_project_tt: "Poderemos pesquisar §YCascos de Tanques de Batalha Principais§!, §YCascos de AFV§!, §YCascos de Tanques Leves§!, §YCascos de Artilharia Autopropulsada§! e §YCascos Antiaéreos Autopropulsados§!"
 sp_tank_support_drones: "Drones de suporte de tanques"
 sp_tank_support_drones_desc: "Drones estão se tornando cada vez mais comuns no campo de batalha. Como nossos tanques têm visão limitada, pode fazer sentido integrar um centro de controle de drones em nosso tanque e equipar o tanque com um drone lançável. Dessa forma, o operador do tanque pode inspecionar o campo de batalha muito melhor."
 sp_tank_support_drones_2: "Drones de combate de tanques"
 sp_tank_support_drones_2_desc: "Além da vigilância, os drones de combate de tanques poderão identificar e marcar alvos e até mesmo lutar contra certos alvos com explosivos ou armas montadas."
 sp_active_protection_systems: "Sistemas de Proteção Ativa"
 sp_active_protection_systems_desc: "Não basta apenas esconder nossos tanques com fumaça. Precisamos integrar um sistema antiprojétil em nossos tanques para destruir mísseis e penetradores que se aproximam."
 sp_tank_electric_engine: "Tanque de trem de força elétrico"
 sp_tank_electric_engine_desc: "Nossos powerpacks elétricos anteriores só conseguiam alimentar os auxiliares de um tanque. Com investimento suficiente, poderíamos criar um trem de força de tanque totalmente elétrico."
 sp_tank_aa_launchers: "SAM montado em tanque"
 sp_tank_aa_launchers_desc: "Os tanques geralmente são vulneráveis ​​contra qualquer alvo aéreo, tendo apenas medidas de proteção limitadas contra eles. Ter tanques disparando ATGMs já é um método comprovado, mas talvez pudéssemos também fazê-los disparar mísseis AA."
 sp_tank_self_sharpening_ammo: "Hastes autoafiáveis"
 sp_tank_self_sharpening_ammo_desc: "Com um tratamento térmico específico, poderíamos melhorar a microestrutura dos nossos penetradores de tungstênio para aumentar a durabilidade do projétil durante a penetração."
 sp_tank_thermal_camo: "Camuflagem térmica"
 sp_tank_thermal_camo_desc: "Com um revestimento especial e dispositivos de mascaramento, podemos reduzir a impressão térmica dos nossos veículos, tornando-os muito mais difíceis de serem detectados por câmeras térmicas e mísseis detectores de calor."
 sp_tank_chameleon_camo: "Camaleão Camo"
 sp_tank_chameleon_camo_desc: "Com um revestimento especial, podemos fazer com que nossos veículos imitem seus cenários de fundo, projetando o que está atrás deles em seu lado visível."
 sp_super_heavy_tank_turrets: "Torres de tanques superpesados"
 sp_super_heavy_tank_turrets_desc: "Para equipar nossos tanques com armamento mais pesado, precisamos encontrar uma maneira viável de criar uma torre maior."
 sp_double_barrel_cannons: "Tanque de barril duplo"
 sp_double_barrel_cannons_desc: "Houve várias tentativas de criar tanques com dois canos, mas elas foram descartadas por serem ineficientes. Se pudermos desenvolver um mecanismo de carregamento eficiente, poderemos utilizar ambas as armas."
 sp_railgun_cannon: "Canhão elétrico"
 sp_railgun_cannon_desc: "Um railgun usa dois trilhos de metal que são eletrificados para impulsionar um projétil magnético pelo cano. Isso permite que projéteis menores que os convencionais causem muito dano sem nenhum material explosivo."
 sp_railgun_cannon_2: "Canhão elétrico de plasma"
 sp_railgun_cannon_2_desc: "Em vez de um projétil sólido, um canhão de plasma usa forças eletromagnéticas para acelerar partículas de gás de plasma a altas velocidades. Ao atingir um alvo, além do calor tremendo e das forças cinéticas geradas, o plasma também emite radiação eletromagnética que interrompe a eletrônica."
 sp_tank_based_laser_main_cannons: "Canhões principais de laser"
 sp_tank_based_laser_main_cannons_desc: "Ao criar uma grande arma de energia capaz de gerar um laser forte e concentrado, poderíamos criar uma arma de tanque de batalha principal capaz de penetrar praticamente qualquer coisa."
 sp_tank_based_laser_point_defense: "Defesa de ponto laser de tanque"
 sp_tank_based_laser_point_defense_desc: "Além dos sistemas de proteção ativa, poderíamos desenvolver pequenas armas baseadas em laser que destruiriam os mísseis disparados por nossos tanques."
 sp_automatic_twin_barrel_mortar_turret: "Morteiro automático de cano duplo"
 sp_automatic_twin_barrel_mortar_turret_desc: "Torres de morteiros são novidade, mas se montarmos dois morteiros na mesma torre, podemos atingir uma cadência de tiro muito maior e impacto simultâneo de vários tiros."
 sp_naval_vessel_project: "Experimentação de embarcações navais"
 sp_naval_vessel_project_desc: "Para navegar pelos sete mares (ou até mesmo pela piscina do nosso quintal), precisamos comprometer recursos para desenvolver navios de guerra experimentais."
 sp_naval_vessel_project_tt: "Poderemos pesquisar §YCascos de Corveta§!, §YCascos de Fragata§!, §YCascos de Contratorpedeiro§!, §YCascos de Cruzador§!, §YCascos de Operador de Helicóptero§!, §YCascos de Porta-Aviões§!, §YCascos de Submarino de Ataque§! e §YCascos de Submarino de Mísseis§!"
 sp_stealth_corvette: "Corvetas furtivas"
 sp_stealth_corvette_desc: "Corvetas furtivas de pequena escala são uma excelente opção para expandir nossa capacidade de lutar contra potências hostis sem que suas embarcações sejam capazes de nos detectar."
 sp_stealth_frigate: "Fragatas Stealth"
 sp_stealth_frigate_desc: "A transição de design em algumas de nossas fragatas está começando a mudar. Decidimos que é melhor investir em designs stealth para garantir que nossas fragatas estejam nas posições mais vantajosas."
 sp_stealth_destroyer: "Destruidor furtivo"
 sp_stealth_destroyer_desc: "Uma nova onda de tecnologia naval começou a ser desenvolvida por uma variedade de fabricantes diferentes, sem sucesso. Devemos patrocinar essa nova tecnologia para ajudar a garantir que nossos contratorpedeiros sejam quase imunes à detecção, permitindo-nos atacar muito antes que o inimigo saiba que nossa frota está na área."
 sp_medium_naval_nuclear_engines: "Engenharia Nuclear Naval"
 sp_medium_naval_nuclear_engines_desc: "Após a invenção dos reatores nucleares e da energia, começamos a explorar e investigar a capacidade de montar motores nucleares em nossos navios de guerra. Isso minimizará a quantidade de tempo necessária em doca seca"
 sp_advanced_ballistic_propulsion_systems: "Sistemas avançados de propulsão balística"
 sp_advanced_ballistic_propulsion_systems_desc: "A invenção de alguns sistemas avançados de propulsão balística fez nossos cientistas refletirem sobre a questão: \"e se?\". Eles começaram a desenvolver novas formas de sistemas de propulsão balística usando coisas como propulsão eletromagnética para tentar construir armas capazes de disparar um projétil mais rápido do que nunca se imaginou."
 sp_rail_gun_naval_cannons: "Canhões Navais Railgun"
 sp_rail_gun_naval_cannons_desc: "Canhões de canhão elétrico usam propulsão eletromagnética para impulsionar um projétil pelo ar para infligir dano em velocidades massivas. O projétil em si não contém nenhum explosivo e, em vez disso, utiliza essa velocidade intensa para descascar a armadura."
 sp_aircraft_project: "Experimentação Aeronáutica"
 sp_aircraft_project_desc: "Aeronaves são dispositivos altamente técnicos que exigem uma indústria de alta tecnologia para projetar e construir. Se quisermos ter nossa própria aeronave, a experimentação deve ser feita."
 sp_experimental_engines: "Tipos de Motores Experimentais"
 sp_experimental_engines_desc: "Há uma série de vários tipos de motores experimentais que foram lançados para as equipes de pesquisa e desenvolvimento de vários grupos. Investir na experimentação de motores e tipos experimentais pode nos permitir ganhar uma vantagem tecnológica sobre nossos inimigos no ar."
 sp_nuclear_engines: "Motores Nucleares para Aeronaves"
 sp_nuclear_engines_desc: "Após uma série de sucessos com a miniaturização de motores nucleares de larga escala e a implantação de motores nucleares em porta-aviões e mais. Cientistas começaram a projetar e desenvolver uma versão menor do motor nuclear para montar em aeronaves para eliminar a necessidade de manter combustível a bordo da aeronave. Isso permitirá uma implantação mais distante e manter nossos aviões no céu de forma mais eficaz enquanto nossos inimigos precisam pousar."
 sp_solar_engines: "Motores Solares"
 sp_solar_engines_desc: "Com o advento do desenvolvimento de tipos de motores experimentais, o motor solar é outro tipo de motor proposto que chegou à mesa. Montar motores solares no corpo da aeronave ou integrá-los ao corpo do avião para permitir que a aeronave obtenha energia automaticamente no céu durante seu voo."
 sp_scramjet_engines: "Motores Scramjet (Supersonic Combustion Ramjet)"
 sp_scramjet_engines_desc: "Um scramjet é uma variante de um ramjet. Em vez de desacelerar o ar que entra para velocidades subsônicas, um scramjet inflama o ar em velocidades supersônicas. Isso permite velocidades muito maiores para a aeronave."
 sp_ramjet_engines: "Motores Turboramjet"
 sp_ramjet_engines_desc: "Ao contrário de um turbojato normal, um ramjet recebe ar através do movimento em vez de uma turbina. Isso cria um motor mais eficiente e simples, mas limita a operação da aeronave em baixas velocidades."
 sp_fully_autonomous_computers_framework: "Frameworks de Computadores Totalmente Autônomos"
 sp_fully_autonomous_computers_framework_desc: "Para iniciar os passos para a criação de uma força aérea autônoma, devemos experimentar e criar a base para computadores autônomos."
 sp_fully_autonomous_fighters: "Caças Totalmente Autônomos"
 sp_fully_autonomous_fighters_desc: "Um caça totalmente pilotado por computador nos permitiria salvar completamente as vidas de nossos pilotos e não teríamos que depender de longos programas de treinamento para repor perdas."
 sp_fully_autonomous_bombers: "Bombardeiros Totalmente Autônomos"
 sp_fully_autonomous_bombers_desc: "Um bombardeiro totalmente pilotado por computador nos permitiria salvar completamente as vidas de nossos pilotos e não teríamos que depender de longos programas de treinamento para repor perdas."
 sp_fusion_reactors: "Reatores de Fusão"
 sp_fusion_reactors_desc: "Um Reator de Fusão é um reator nuclear que gera eletricidade usando fusão nuclear em vez de fissão nuclear. A fusão é amplamente considerada o futuro dos reatores nucleares e pode gerar quase quatro vezes mais produção de energia por quilo de combustível nuclear."
 sp_space_based_solar_farms: "Fazendas Solares Espaciais"
 sp_space_based_solar_farms_desc: "A implementação de energia solar na Terra é uma tecnologia amplamente difundida e sempre presente. Tornou-se tão comum quanto a energia eólica e hidrelétrica como uma de nossas principais fontes de energia. Uma ideia foi lançada para começar a construir matrizes solares de painéis no espaço com transferência de energia para a Terra a partir de vários tamanhos de satélites e, de outra forma, para ajudar nossa crescente demanda por energia."
 sp_improved_based_solar_farms: "Fazendas Solares Aprimoradas"
 sp_improved_based_solar_farms_desc: "Implementar mudanças adicionais, como melhores células fotovoltaicas e melhorias na base da tecnologia, nos permitirá melhorar ainda mais a eficácia de nossos parques solares."
 sp_improved_maglev_trains: "Trens Maglev"
 sp_improved_maglev_trains_desc: "Enfatizar as melhorias e o foco em nossos trens Maglev mais antigos é imperativo para o futuro do nosso país e da nossa economia daqui para frente. Esses trens são a chave para uma parte do futuro em que o transporte é quase instantâneo, desde que a infraestrutura esteja lá para suportá-lo."
 sp_construction_exoskeletons: "Exoesqueletos de Construção"
 sp_construction_exoskeletons_desc: "Exoesqueletos de construção são uma mistura de vários exoesqueletos pequenos, médios e grandes desenvolvidos puramente para substituir veículos como guindastes, empilhadeiras e outros que podem ser tripulados por um único operador. A tecnologia nos permitiu impulsionar nossa engenharia de construção por várias décadas e tornar a construção incrivelmente eficiente e econômica."
 sp_thorium_nuclear_fuel: "Combustível nuclear de tório"
 sp_thorium_nuclear_fuel_desc: "O tório como combustível nuclear tem sido diligentemente estudado e procurado para uso comercial generalizado devido à sua ampla disponibilidade e sua maior produção. Desenvolver um reator nuclear estável e funcional e combustível nuclear para uso em nossos reatores nucleares será uma grande vantagem para os reatores nucleares de nossa nação e nossa rede elétrica."
 sp_wireless_power_grid_expansion: "Expansão da rede elétrica sem fio"
 sp_wireless_power_grid_expansion_desc: "Expandir nossa rede elétrica para implementar mais conduítes de transferência de energia sem fio de médio e longo alcance deve ajudar a reduzir a infraestrutura que precisamos manter, permitindo que nossa geração aumente e eliminando a perda de energia."
 sp_improved_synthetic_diamonds: "Diamantes Sintéticos Aprimorados"
 sp_improved_synthetic_diamonds_desc: "Expandir nossa produção e processo de diamante sintético para ser mais econômico e produtivo verá mais e mais indústrias mudarem para o uso de diamantes cultivados em laboratório. A conversão para diamantes cultivados em laboratório permitirá produtos médicos, peças de computador e muito mais substancialmente mais baratos."
 sp_atmospheric_water_recycling: "Reciclagem de Água Atmosférica"
 sp_atmospheric_water_recycling_desc: "Implementar e desenvolver a capacidade de reciclar água da atmosfera permitirá a agricultura em áreas que antes eram consideradas incapazes de serem desenvolvidas para propósitos agrários. Também nos permitirá limpar água, eliminando a necessidade de metodologia mais agressiva para extrair água do solo ou de aquíferos locais."
 sp_space_program_tt: "Desbloqueia as seguintes §Y Linhas Tecnológicas §!:\n- §Y GNSS §!\n- §Y COMSAT §!\n- §Y SPYSAT §!\n- §Y OLV §!\n"
 sp_space_weapons_tt: "Desbloqueia a seguinte §Y Linha Tecnológica §!:\n- §Y KILLSAT §!"
 sp_nuclear_warhead_program: "Programa de Ogivas Nucleares"
 sp_nuclear_warhead_program_desc: "A complexidade de desenvolver uma ogiva nuclear é uma entre muitas provações e tribulações. Construir uma ogiva capaz de destruição em escala massiva não é apenas uma proeza de engenharia, mecânica e física, mas um testemunho da vontade da Humanidade de provocar a destruição dos outros."
 sp_nuclear_warhead_program_tt: "Desbloqueia os seguintes §Y Status Nucleares §!:\n- §Y Poder Nuclear (Defensivo) §!\n- §Y Poder Nuclear (Ofensivo) §!\n"
 sp_missile_project: "Experimentação de Mísseis"
 sp_missile_project_desc: "Os mísseis podem ser uma alternativa barata quando não podemos nos dar ao luxo de ter aeronaves reais. Precisamos investir em ciência de mísseis (não em ciência de foguetes) para obter algumas capacidades ofensivas adicionais"
 sp_missile_project_tt: "Poderemos pesquisar §Y Mísseis Balísticos Intercontinentais §!, §Y Mísseis Balísticos de Alcance Intermediário §!, §Y Mísseis de Cruzeiro Lançados de Solo §! e §Y Mísseis Terra-Ar §!"
 sp_land_generic_reward_scientist_xp_1: "Novos Aprendizados"
 sp_land_generic_reward_scientist_xp_2: "Especialização Refinada"
 sp_land_generic_reward_scientist_xp_3: "Descoberta Perspicaz"
 sp_land_generic_reward_army_xp_1: "Inovações no Campo de Batalha"
 sp_land_generic_reward_army_xp_2: "Visão Operacional"
 sp_land_generic_reward_army_xp_3: "Táticas de Campo Adaptadas"
 sp_land_generic_reward_major_progress_1: "Protótipo Promissor"
 sp_land_generic_reward_major_progress_2: "Teste Crítico Bem-Sucedido"
 sp_land_generic_reward_major_progress_3: "Marco Científico"
 sp_land_generic_reward_test_failure_1: "Testes Inconclusivos"
 sp_land_generic_reward_test_failure_2: "Falha de Projeto Detectada"
 sp_land_generic_reward_test_failure_3: "Falha Menor no Teste"
 sp_land_generic_reward_armor_tech_1: "Técnicas Pioneiras"
 sp_land_generic_reward_armor_tech_2: "Avanços Inovadores"
 sp_land_generic_reward_armor_tech_3: "Metodologia Experimental"
 sp_land_generic_reward_option_armor_tech_bonus_name: "Pesquisa de Blindados Experimentais"
 sp_land_generic_reward_artillery_tech_1: "$sp_land_generic_reward_armor_tech_1$"
 sp_land_generic_reward_artillery_tech_2: "$sp_land_generic_reward_armor_tech_2$"
 sp_land_generic_reward_artillery_tech_3: "$sp_land_generic_reward_armor_tech_3$"
 sp_land_generic_reward_option_artillery_tech_bonus_name: "Pesquisa de Artilharia Experimental"
 sp_land_generic_reward_infantry_tech_1: "$sp_land_generic_reward_armor_tech_1$"
 sp_land_generic_reward_infantry_tech_2: "$sp_land_generic_reward_armor_tech_2$"
 sp_land_generic_reward_infantry_tech_3: "$sp_land_generic_reward_armor_tech_3$"
 sp_land_generic_reward_option_infantry_tech_bonus_name: "Pesquisa de Armas de Infantaria Experimentais"
 sp_land_generic_reward_motorised_tech_1: "$sp_land_generic_reward_armor_tech_1$"
 sp_land_generic_reward_motorised_tech_2: "$sp_land_generic_reward_armor_tech_2$"
 sp_land_generic_reward_motorised_tech_3: "$sp_land_generic_reward_armor_tech_3$"
 sp_land_generic_reward_option_motorised_tech_bonus_name: "Pesquisa de Veículo Utilitário Experimental"
 sp_land_generic_reward_armor_bonus_1: "Blindagem Aprimorada"
 sp_land_generic_reward_armor_bonus_2: "Melhorias de Resistência Balística"
 sp_land_generic_reward_armor_bonus_3: "Ligas de Blindagem Aprimoradas"
 sp_land_generic_reward_engine_bonus_1: "Motores de Alta Eficiência de Energética"
 sp_land_generic_reward_engine_bonus_2: "Confiabilidade de Motor Aprimorada"
 sp_land_generic_reward_engine_bonus_3: "Optimized Engine Performance"
 sp_land_generic_reward_artillery_bonus_1: "Improved Ranged Accuracy"
 sp_land_generic_reward_artillery_bonus_2: "New Recoil Reduction Systems"
 sp_land_generic_reward_artillery_bonus_3: "Advanced Muzzle Design"
 sp_land_generic_reward_resource_scarcity: "Resource Scarcity"
 sp_land_generic_reward_critical_failure: "Critical Failure"
 sp_caseless_ammunition_reward_new_propellant: "New Propellant"
 sp_caseless_ammunition_reward_new_propellant_desc: "Our engineers have discovered a heat-resistant propellant which should help reduce overheating."
 sp_fire_support_land_drone_reward_improved_communication: "New Drones Communication Method"
 sp_fire_support_land_drone_reward_improved_communication_civilian_application: "A Civilian Application"
 sp_fire_support_land_drone_reward_improved_communication_military_application: "A Military Application"
 sp_fire_support_land_drone_reward_improved_communication_tech_bonus: "Improved Wireless Communication"
 sp_tactical_augmented_reality_reward_civilian_interest: "Civilian Interest"
 sp_tactical_augmented_reality_reward_civilian_interest_desc: "A technology company has taken an interest in the military's research project into augmented reality. They want to increase cooperation between the civilian and military industrial complex. We can either setup a factory providing hardware to the civilian sector or we can utilise the company's resource to help produce the equipment for the military."
 sp_tactical_augmented_reality_reward_civilian_interest_civ_factory: "Civilian Investment"
 sp_tactical_augmented_reality_reward_civilian_interest_mil_factory: "Military Investment"
 sp_double_shot_rifle_reward_double_shot_type: "Double-Shot Method"
 sp_double_shot_rifle_reward_double_shot_type_desc: "Our engineers have been approached by two companies, both with their unique method of providing more initial firepower. One company is offering to design an assault rifle with two barrels that can fire in short succession. The second company wants to implement a pulley system to make the bolt cycle twice per action to fire two bullets in quick succession. Which should we choose?"
 sp_double_shot_rifle_reward_double_shot_type_double_barrel: "Double Barrel"
 sp_double_shot_rifle_reward_double_shot_type_pulley: "Pulley System"
 sp_double_shot_rifle_reward_improved_firing_rate: "Improved Fire Rate"
 sp_double_shot_rifle_reward_improved_firing_rate_desc: "While working on creating a fast firing weapon for our special forces, our engineers have figured out how to increase the fire rate of our existing infantry weapons without compromising accuracy. We can apply this method either to our main assault rifles or our supporting machine guns."
 sp_double_shot_rifle_reward_improved_firing_rate_offence: "Assault Rifles"
 sp_double_shot_rifle_reward_improved_firing_rate_defence: "Machine Guns"
 sp_experimental_exoskeleton_reward_engineers: "Interest From Army Engineers"
 sp_experimental_exoskeleton_reward_engineers_desc: "Our army's engineering corps have taken an interest in our exoskeleton project. With an exoskeleton that increases the strength of the wearer, they could increase the effectiveness of combat engineers. We could develop a suit that excels in fortification building or one that helps recover damaged military equipment."
 sp_experimental_exoskeleton_reward_engineers_defence: "Fortification Suit"
 sp_experimental_exoskeleton_reward_engineers_recovery: "Recovery Suit"
 sp_tank_support_drones_reward_improved_visibility: "Improved Vision"
 sp_tank_support_drones_reward_improved_visibility_desc: "While working on the visual displays for the new tank support drones, our engineers have pioneered a camera system that should improve the ability of our tank crews to see out of their vehicles."
 sp_tank_support_drones_reward_improved_targeting: "Improved Targeting"
 sp_tank_support_drones_reward_improved_targeting_desc: "While working on the threat recognition software for our combat drones, our engineers have managed to create a version that is compatible with our current tank software. With these we will be able to make our targeting computers for our tanks better."
 sp_active_camouflage_reward_vehicle_protection: "Vehicle Applied Camouflage"
 sp_active_camouflage_reward_vehicle_protection_desc: "Some of the research being done on personal camouflage gear could be applied to our vehicles as well. We can prioritise hiding our vehicles either from ground or from air based enemies."
 sp_active_camouflage_reward_vehicle_protection_ground: "Ground Enemies"
 sp_active_camouflage_reward_vehicle_protection_ground_air: "Air Enemies"
 sp_active_protection_systems_reward_improved_targeting: "Improved Targeting"
 sp_active_protection_systems_reward_improved_targeting_desc: "Our engineers have developed a new system for detecting incoming projectiles. They theorise that some of the algorithms could be used to improve aircraft detection as well."
 sp_tank_electric_engine_hybrid_mode: "Motores melhorados"
 sp_tank_electric_engine_hybrid_mode_desc: "Ao incorporar a experiência do desenvolvimento de motores elétricos, nossos engenheiros conseguiram melhorar nossos modelos existentes para motores a diesel e turbina."
 sp_tank_aa_launchers_reward_multi_launcher_missile: "Retrofit Missile"
 sp_tank_aa_launchers_reward_multi_launcher_missile_desc: "While developing a SAM launcher for our tanks, our engineers shortly experimented with making a barrel launched missile. They figured they could develop a missile that would fit most of our tank barrels, although it would not be optimal. Similarly, they could make the missile compatible across multiple generations of our MANPADs."
 sp_tank_aa_launchers_reward_utlise_in_tanks: "Make it barrel launched"
 sp_tank_aa_launchers_reward_utilise_in_manpads: "Make it cross-generational"
 sp_tank_self_sharpening_ammo_reward_improved_alloys: "Improved Alloys"
 sp_tank_self_sharpening_ammo_reward_improved_alloys_desc: "While working on a new heat treatment method to improve the microstructure of a tungsten penetrator, our material engineers discovered a heat treatment method that could be used to treat our armour plates."
 sp_super_heavy_tank_turrets_reward_turret_ring: "Strengthened Turret Ring"
 sp_super_heavy_tank_turrets_reward_turret_ring_desc: "The challenge in a heavier turret is creating a turret ring that can withstand the loads and move at appropriate speeds. We have learned some lessons while developing a super heavy turret, and we could apply the knowledge to either improving the rotation speed of our turrets or improving their durability."
 sp_super_heavy_tank_turrets_reward_turret_ring_speed: "Faster turret rotation"
 sp_super_heavy_tank_turrets_reward_turret_ring_armour: "Increase turret ring armour"
 sp_double_barrel_cannons_reward_improved_autoloader: "Improved Autoloader"
 sp_double_barrel_cannons_reward_improved_autoloader_desc: "Our engineers have developed an improved autoloader for our tanks while working on a double-barrel reloading system."
 sp_railgun_cannon_reward_improved_barrel: "Improved Barrel"
 sp_railgun_cannon_reward_improved_barrel_desc: "While working on a barrel that can withstand the immense heat coming from a railgun, our engineers have managed to use some of their findings to improve our traditional gun barrels."
 sp_railgun_cannon_2_reward_improved_barrel: "Improved Barrel"
 sp_railgun_cannon_2_reward_improved_barrel_desc: "While working on a barrel that can withstand the immense heat coming from a railgun, our engineers have managed to use some of their findings to improve our traditional gun barrels."
 sp_tank_based_laser_main_cannons_reward_air_defence: "Air Defence Laser"
 sp_tank_based_laser_main_cannons_reward_air_defence_desc: "With advancements into laser based weaponry, our engineers have developed a laser that can be used to shoot down aerial targets."
 sp_truck_modular_seating_reward_quick_release_belt: "Quick Release Seat Belt"
 sp_truck_modular_seating_reward_quick_release_belt_desc: "While working on the modular seating, our engineers developed a new 4-point seatbelt quick release. This should make evacuating wounded personnel from vehicles much easier."
 sp_utility_vehicle_electric_engines_reward_fuel_efficiency: "Improved Fuel Efficiency"
 sp_utility_vehicle_electric_engines_reward_fuel_efficiency_desc: "While working on a new battery type, our scientists have found a way to use some of our findings to help the civilian sector"
 sp_utility_vehicle_electric_engines_reward_fuel_efficiency_option_tech_bonus: "Improved Fuel Efficiency"
 sp_automatic_twin_barrel_mortar_turret_reward_improved_mortars: "Improved Mortars"
 sp_automatic_twin_barrel_mortar_turret_reward_improved_mortars_desc: "Researching how to make two mortars fire in unison has allowed us to develop a better mortar system for our infantry."
 sp_naval_generic_reward_scientist_xp_1: "Swimming in Ideas"
 sp_naval_generic_reward_scientist_xp_2: "Drowning in Creativity"
 sp_naval_generic_reward_scientist_xp_3: "Bathtub - Eureka!"
 sp_naval_generic_reward_navy_xp_1: "Change in the Flow of Ideas"
 sp_naval_generic_reward_navy_xp_2: "Wave of Ideas"
 sp_naval_generic_reward_navy_xp_3: "Tsunami of Innovations!"
 sp_naval_generic_reward_major_progress_1: "Major Breakthrough!"
 sp_naval_generic_reward_major_progress_2: "Great Success!"
 sp_naval_generic_reward_major_progress_3: "Massive Progress!"
 sp_naval_generic_reward_test_failure_1: "Project Delay!"
 sp_naval_generic_reward_test_failure_2: "Merely a Setback!"
 sp_naval_generic_reward_test_failure_3: "Disastrous Results"
 sp_naval_generic_reward_resource_scarcity: "Resource Scarcity"
 sp_naval_generic_reward_critical_failure: "Critical Failure"
 sp_air_generic_reward_scientist_xp_1: "Valuable Insights"
 sp_air_generic_reward_scientist_xp_2: "Increased Theoretical Knowledge"
 sp_air_generic_reward_scientist_xp_3: "Limitless Discoveries"
 sp_air_generic_reward_air_xp_1: "Breath of Fresh Air"
 sp_air_generic_reward_air_xp_2: "Breeze of Innovation"
 sp_air_generic_reward_air_xp_3: "Winds of Change"
 sp_air_generic_reward_major_progress_1: "Project Takeoff"
 sp_air_generic_reward_major_progress_2: "Expert Landing"
 sp_air_generic_reward_major_progress_3: "Stroke of Genius"
 sp_air_generic_reward_test_failure_1: "Experiment Fell Flat"
 sp_air_generic_reward_test_failure_2: "Breaking Bomb"
 sp_air_generic_reward_test_failure_3: "Creative Disaster"
 sp_air_generic_reward_resource_scarcity: "Resource Scarcity"
 sp_air_generic_reward_critical_failure: "Critical Failure"
 sp_air_autonomous_computers_reward_improved_detection: "Improved Navigation and Detection Systems"
 sp_air_autonomous_computers_reward_improved_detection_desc: "With the help of data and machine learning, we are able to direct the systems within our fighters to more accurately avoid threats and locate targets."
 sp_air_autonomous_bombers_reward_improved_detection: "Enhanced Autonomy and Decision-Making"
 sp_air_autonomous_bombers_reward_improved_detection_desc: "The development of autonomous bombers will help with high intensity situations, lowering the needed chatter and debate amongst planners and decision makers as to what targets are hostile."
 sp_civilian_generic_reward_scientist_xp_1: "New Learnings"
 sp_civilian_generic_reward_scientist_xp_2: "Refined Expertise"
 sp_civilian_generic_reward_scientist_xp_3: "Insightful Discovery"
 sp_civilian_generic_reward_major_progress_1: "Promising Prototype"
 sp_civilian_generic_reward_major_progress_2: "Critical Test Successful"
 sp_civilian_generic_reward_major_progress_3: "Pivotal Discovery"
 sp_civilian_generic_reward_test_failure_1: "Testing Inconclusive"
 sp_civilian_generic_reward_test_failure_2: "Design Flaw Detected"
 sp_civilian_generic_reward_test_failure_3: "Minor Test Failure"
 sp_civilian_generic_reward_resource_scarcity: "Resource Scarcity"
 sp_civilian_generic_reward_critical_failure: "Critical Failure"
 sp_improved_nuclear_ballistic_warhead_delivery_systems: "Improved Ballistic Warhead Delivery System"
 sp_improved_nuclear_ballistic_warhead_delivery_systems_desc: "During our development of the Nuclear Warheads we have been able to improve and develop an increased range to our missile equipment."
 sp_fusion_reactors_special_project_idea: "Fusion Reactors"
 sp_improved_nuclear_reactor_centrifuge_technology_idea: "Improved Nuclear Reactor Centrifuge"
 sp_improved_based_solar_farms_idea: "Improved Solar Farms"
 sp_construction_exoskeletons_idea: "Construction Exoskeletons"
 sp_atomspheric_water_recycling_idea: "Atmospheric Water Recycling"
 sp_maglev_trains_idea: "Trens Maglev"
 sp_thorium_nuclear_fuel_idea: "Combustível nuclear de tório"
 sp_wireless_power_grid_expansion_idea: "Expansão da rede elétrica sem fio"
 sp_improved_synthetic_diamonds_idea: "Desenvolvimento de diamante sintético renovado"
 scientist_trait_genius: "Gênio"
 scientist_trait_genius_desc: "Uma mente visionária que expande os limites da ciência e da tecnologia com inovação inigualável. Esse é um tipo de talento que surge apenas uma vez em uma geração."
 scientist_trait_brilliant_theorist: "Teórico Brilhante"
 scientist_trait_brilliant_theorist_desc: "Um mestre de conceitos e teorias abstratas, capaz de revolucionar a estratégia militar e a pesquisa científica."
 scientist_trait_gifted_engineer: "Engenheiro talentoso"
 scientist_trait_gifted_engineer_desc: "Um engenheiro naturalmente talentoso, hábil em resolver problemas técnicos complexos em diversos campos."
 scientist_trait_bright: "Brilhante"
 scientist_trait_bright_desc: "Um cientista perspicaz e de raciocínio rápido, que se destaca em compreender novos conceitos e aplicá-los com eficiência."
 scientist_trait_fast_learner: "Aprendiz rápido"
 scientist_trait_fast_learner_desc: "Adapta-se rapidamente a novos desafios, aprendendo mais rápido que os colegas e se destacando em diversos campos científicos."
 scientist_trait_resourceful: "Engenhoso"
 scientist_trait_resourceful_desc: "Sempre encontra soluções criativas, mesmo quando os recursos são escassos ou as situações são terríveis."
 scientist_trait_nuclear_specialist: "Especialista Nuclear"
 scientist_trait_nuclear_specialist_desc: "Um físico na vanguarda da pesquisa atômica, profundamente imerso no estudo da fissão nuclear e reações em cadeia."
 scientist_trait_civilian_technology_expert: "Especialista em Pesquisa Civil"
 scientist_trait_civilian_technology_expert_desc: "Especialista em desenvolvimento de tecnologias voltadas ao setor civil."
 scientist_trait_energy_expert: "Especialista em Produção de Energia"
 scientist_trait_energy_expert_desc: "Um veterano de diversas empresas de energia, capaz de desenvolver novos métodos de produção de energia."
 scientist_trait_telecommunications_expert: "Especialista em Telecomunicações"
 scientist_trait_telecommunications_expert_desc: "pessoa que nasceu com um telefone na mão, especialista em encontrar maneiras de tornar a pornografia disponível em todos os dispositivos que você possui."
 scientist_trait_naval_vessels_specialist: "Naval Hull Specialist"
 scientist_trait_naval_vessels_specialist_desc: "A specialist in the design of warship hulls, from drone boats to supercarriers."
 scientist_trait_stealth_specialist: "Stealth Ship Specialist"
 scientist_trait_stealth_specialist_desc: "Specialized in developing ships that have minimal radar and sonar signature."
 scientist_trait_avionics_specialist: "Aircraft Specialist"
 scientist_trait_avionics_specialist_desc: "A specialist in aerodynamics and aircraft design, capable of developing superior airframes, engines, and designs to dominate the skies."
 scientist_trait_missile_specialist: "Missile Specialist"
 scientist_trait_missile_specialist_desc: "Specialized in missile technology, focusing on the principles of propulsion in ballistic and guided missile programs."
 scientist_trait_space_specialist: "Space Enthusiast"
 scientist_trait_space_specialist_desc: "A person who has dedicated their life to furthering humanity's goals beyond Earth."
 scientist_trait_aircraft_engine_expert: "Propulsion Expert"
 scientist_trait_aircraft_engine_expert_desc: "An authority on jet and piston propulsion, advancing research into engines and their application in military aircraft.."
 scientist_trait_autonomous_plane_expert: "Pilotless Vehicle Expert"
 scientist_trait_autonomous_plane_expert_desc: "An expert on making things fly without anyone piloting them."
 scientist_trait_armored_specialist: "Armored Vehicle Specialist"
 scientist_trait_armored_specialist_desc: "A seasoned engineer specialized on the design of armored vehicle platforms and hulls."
 scientist_trait_infantry_specialist: "Infantry Specialist"
 scientist_trait_infantry_specialist_desc: "A specialist in small arms, their use and their design."
 scientist_trait_mechsuit_specialist: "Mech Suit Specialist"
 scientist_trait_mechsuit_specialist_desc: "Alguém que jogou Titanfall demais."
 sp_improved_space_solar_farms_idea: "Fazendas solares baseadas no espaço"
 sp_afv_double_cannons: "Double Cannon"
 sp_afv_double_cannons_desc: "Generally, our lighter armoured fighting vehicles are equipped with a single weapon, usually an autocannon. However, we might be able create a system for mounting two cannons side by side."
 sp_afv_double_cannons_reward_improved_autoloader: "Improved Autoloader"
 sp_afv_double_cannons_reward_improved_autoloader_desc: "Our engineers have developed an improved autoloader for our tanks while working on a double cannon reloading system."
 sp_coilgun_memes: "Infantry Coilguns"
 sp_coilgun_memes_desc: "By doing a \"honey I shrunk the kids\" on the railgun technology of our tanks, we can give our infantry the power of a tungsten projectile going mach hesus. \nDon't tempt the schizo dev cause I swear I'll do shit like this in an evening."
 sp_multipurpose_warhead: "Multipurpose Warheads"
 sp_multipurpose_warhead_desc: "We have missiles against tanks and missiles against aircraft. But what if we could give our missiles effectiveness against both? This way, in a pinch, anti-tank and anti-air missiles could be used against others than their intended targets."
 sp_supercarrier_1: "Early Supercarriers"
 sp_supercarrier_1_desc: "Expanded deck space, and the ability to build ships of that size, will be crucial for our long range power projection."
 sp_supercarrier_2: "Late Supercarriers"
 sp_supercarrier_2_desc: "With the addition of nuclear engines, more power means bigger ships, and large deck space."
 sp_stealth_technology: "Stealth Experimentation"
 sp_stealth_technology_desc: "In order to give us an advantage over our enemy, we must figure out a way to make our fighters less detectable by radar."
 sp_arsenal_bird: "Arsenal Bird"
 sp_aresnal_bird_desc: "With the development of fully autonomous aircraft, nuclear powered aircraft engines, and advanced flight control systems, we can build an aircraft that can carry an entire drone air force on itself. This aircraft, while extremely expensive, will be the peak of air combat systems."
 sp_multipurpose_warhead_reward_improved_warhead: "Improved Warheads"
 sp_multipurpose_warhead_reward_improved_warhead_desc: "While trying to figure out how to add anti-aircraft performance to anti-tank missiles, and anti-tank performance to anti-air missiles, our engineers have figured out how to improve the overall performance of one type of missiles."
 sp_multipurpose_warhead_reward_improved_warhead_at: "Better anti-tank performance"
 sp_multipurpose_warhead_reward_improved_warhead_aa: "Better anti-air performance"
 sp_emp_warhead: "Improved Electronic Warfare"
 sp_emp_warhead_desc: "Both tanks and airplanes have counter electronic warfare measures that can reduce the impact of EMP weapons. As different platforms use different architecture, we can only effectively focus on one type of target."
 sp_emp_warhead_reward_improved_warhead_at: "Prioritise land targets"
 sp_emp_warhead_reward_improved_warhead_aa: "Prioritise air targets"
 sp_fire_support_land_drone_reward_improved_communication_desc: "While developing an efficient control method for our drones, our engineers have developed an improved method of wireless communication. We can utilize this breakthrough in either a civilian or a military application"
 sp_double_shot_rifle_tt: "Increases all §YSpecial Forces§! units §YDefense§! and §YBreakthrough§! by §G5%§!\n"
 sp_double_shot_rifle_tech: "Double-Shot Rifle"
 sp_ground_fireandforget: "Fire and Forget ATGM"
 sp_ground_fireandforget_desc: "Miniaturization of electronics now allows for a missile to guide itself automatically to a target via thermal locks."
 sp_modern_air_electronics: "Modern Airborne Electronics"
 sp_modern_air_electronics_desc: "A new generation of advancement in electronics for airborne radars, cockpits, and other systems."
 sp_future_air_electronics: "Future Airborne Electronics"
 sp_future_air_electronics_desc: "Merging the latest technology in smart AI, laser systems and nanotechnology for high-efficiency airborne equipment."
 sp_modern_air_weapons: "Smart Airborne Weaponry"
 sp_modern_air_weapons_desc: "Smart-targeting, weapon mounted Millimeter-Wave radars, Lock-on After launch. A new generation of weapons paving the way of the future battlefield."
 sp_future_air_weapons: "AI-enhanced Airborne Weaponry"
 sp_future_air_weapons_desc: "Enhancing the previous generation of airborne missiles and sensors with AI processors and even finer detection and targeting systems."
 sp_hypersonic_missile: "Hypersonic missiles"
 sp_hypersonic_missile_desc: "Hypersonic missiles will give our strategic missile force the capability to strike deep into enemy territory at speeds thought impossible not long ago."
 sp_hypersonic_missile_tt: "Unlock §YHypersonic missiles technology§!"
 sp_naval_generic_reward_army_xp_1: "Change in the Flow of Ideas"
 sp_naval_generic_reward_army_xp_2: "Wave of Ideas"
 sp_naval_generic_reward_army_xp_3: "Tsunami of Innovations!"
 sp_emp_warhead_reward_improved_warhead: "Electronic Weapon"
 sp_emp_warhead_reward_improved_warhead_desc: "Electronic equipment can give us an advantage in air combat."
 sp_helicopter_project_desc: "Much like designing a car and other vehicles, designing and building helicopters requires the local knowledge to produce these specialized vehicles locally. We should conduct some design experiments until we develop a version for ourselves."
 sp_helicopter_project: "Helicopter Design Experiments"
 sp_helicopter_project_tt: "Unlocks the following §YTechnology Lines§!:\n- §YTransport Helicopters§!\n- §YAttack Helicopters§!\n"
 sp_air_generic_reward_army_xp_1: "Breath of Fresh Air"
 sp_air_generic_reward_army_xp_2: "Breeze of Innovation"
 sp_air_generic_reward_army_xp_3: "Winds of Change"
 sp_tank_stealth_armor_early: "Early Stealth Armor"
 sp_tank_stealth_armor_early_desc: "By creating armor that not only protect ours tanks, but also provides better concealment, we can embrace the best armored theories: that not being hit is better than stopping the hit."
 sp_electronic_government: "Electronic Government"
 sp_electronic_government_desc: "To maximize the efficiency of the state, citizens should be able to access and interact with their government through the comfort of their own home. This will encourage greater internet literacy amongst citizens, and will cut government spending to astronomically low levels."
 sp_tank_nera_armor: "Heavy NERA composite"
 sp_tank_nera_armor_desc: "We can research advanced materials to produce heavier and more resistant armor types such as depleted uranium inserts"
 sp_aircraft_project_bba_tt: "Unlocks the following §YTechnology Lines§!:\n- §YLight Airframes§!\n- §YMedium Airframes§!\n- §YHeavy Airframes§!\n- §YAttack Helicopters§!\n- §YTransport Helicopters§!\n"
 sp_aircraft_project_non_bba_tt: "Unlocks the following §YTechnology Lines§!:\n- §YFighters§!\n- §YClose Air Support§!\n- §YBombers§!\n- §YUnmanned Combat Air Vehicles§!\n- §YLight Fighters§!\n"
 sp_space_weapons: "Space Based Weapons"
 has_completed_space_program_tt: "Has completed special project: §Y$sp_space_program$§!"
 has_completed_space_weapons_tt: "Has completed special project: §Y$sp_space_weapons$§!"
 sp_microchip_production: "Microchip Production Laboratories"
 sp_microchip_production_desc: "By experimenting with miniturizing our computing processes, and learning how to make them on a large scale, we will be able to produce our own microchips to use in modern weapons and equipment."
 sp_composite_production: "Composite Production Laboratories"
 sp_composite_production_desc: "By experimenting with new technologies and smelting, mixing, and other chemical methods, we can refine ways to make modern, advanced composite materials."
 sp_recon_land_drone: "Land Reconnaissance Drones"
 sp_recon_land_drone_desc: "Modern land warfare increasingly depends on information superiority and early threat detection. By deploying dedicated reconnaissance drones alongside our ground forces, we extend their awareness far beyond traditional scouting methods. This investment enables faster decision-making, improved coordination, and a clearer picture of the battlefield before direct engagement occurs."
 sp_smart_bullets: "Smart Bullets"
 sp_smart_bullets_desc: "Advances in guidance and targeting are beginning to influence even the smallest elements of the battlefield. By investing in smart ammunition for our infantry and support weapons, we aim to improve accuracy and effectiveness in complex combat environments."
 sp_recon_drone_land: "Ground Reconnaissance Drone Systems"
 sp_recon_drone_land_desc: "With the widespread use of unmanned aerial vehicles on the battlefield, ground reconnaissance drones provide land forces with continuous real-time intelligence over the front line. Operating close to combat units, these drones improve situational awareness, target identification, and coordination without exposing personnel to direct risk."
 sp_airless_tires: "Airless Tires"
 sp_airless_tires_desc: "Mobility remains a critical factor in modern land operations, particularly in harsh and unpredictable environments. By adopting airless tire technology for military vehicles, we can reduce maintenance demands and eliminate vulnerability to punctures. This investment improves operational reliability, allowing our forces to sustain movement even under adverse conditions."
 sp_exoskeletal_engine_tank: "Exoskeletal Engine Systems"
 sp_exoskeletal_engine_tank_desc: "Conventional engines rely on central shafts and discs that carry inherent limitations in weight, stress, and efficiency. By exploring exoskeletal engine designs, where rotating blades are supported within a drum-rotor structure, we aim to reduce weight, improve reliability, and open new possibilities for compact, high-power propulsion."
 sp_nuclear_engine_tank: "Nuclear-Powered Engine Systems"
 sp_nuclear_engine_tank_desc: "Rising fuel demands and extended operational ranges are placing increasing strain on conventional armored logistics. By exploring nuclear-powered engine systems for heavy ground vehicles, we seek to reduce dependence on supply lines while sustaining long-term mobility."
 sp_light_walker_tank_chassis: "Light Walker Tank Chassis"
 sp_light_walker_tank_chassis_desc: "A lightweight bipedal armored chassis designed to traverse broken terrain, rubble, and urban obstacles that constrain conventional tracked vehicles. While its elevated profile and complex actuators introduce maintenance and reliability challenges, a light walker platform can offer exceptional mobility in dense cities and rough ground when properly supported by infantry and drones."
 sp_drone_lrs: "Drone Launch Rocket System"
 sp_drone_lrs_desc: "By replacing conventional rocket munitions with large numbers of expendable drones, this launch system delivers swarm-based firepower across wide areas. Once deployed, the drones disperse to conduct reconnaissance, strike, or loitering attacks, allowing land forces to saturate enemy defenses, adapt to targets in flight, and maintain pressure without relying on traditional missile payloads."
 sp_heavy_walker_tank_chassis: "Heavy Walker Tank Chassis"
 sp_heavy_walker_tank_chassis_desc: "Building on earlier walker concepts, heavy bipedal armored platforms combine thick armor protection with articulated mobility to traverse terrain impassable to conventional heavy tanks. While slower and more mechanically complex, these vehicles emphasize frontal durability and stable weapons platforms, allowing them to support breakthrough operations in dense urban and rugged environments."
 sp_walker_tank_chassis: "Walker Tank Chassis"
 sp_walker_tank_chassis_desc: "Combining armored vehicle design with articulated leg-based mobility, walker tank chassis are intended to operate in terrain where conventional tracked platforms struggle. By stepping over obstacles and navigating uneven ground, these vehicles offer improved flexibility in urban, mountainous, and heavily damaged environments, at the cost of increased mechanical complexity and maintenance demands."
 sp_hover_suspension: "Hover Suspension Systems"
 sp_hover_suspension_desc: "By replacing traditional tracked running gear with lift-generating hover systems, armored personnel carriers gain the ability to move above the ground surface rather than across it. This allows vehicles to traverse mud, snow, water, and debris with reduced ground contact, improving mobility and deployment flexibility while introducing new power and maintenance requirements."
 sp_magneto_explosive_munition: "Magneto-Hydrodynamic Explosive Munitions"
 sp_magneto_explosive_munition_desc: "Heavily armored vehicles continue to drive the development of more advanced anti-tank weapons. By exploring magneto-hydrodynamic explosive munitions, we seek to enhance the penetration and disruptive effects of our guided missiles."
 sp_drone_torpedoes: "Drone Torpedoes"
 sp_drone_torpedoes_desc: "Naval warfare is rapidly evolving, and traditional torpedoes are no longer sufficient against modern threats. By investing in drone-based torpedo systems, we aim to increase our striking power beneath the waves. These new torpedoes are capable of independent target tracking and adaptive engagement, allowing our fleets to maintain the initiative in anti-submarine and naval operations."
 sp_anti_drone_laser_modules: "Anti-Drone Laser Modules"
 sp_anti_drone_laser_modules_desc: "The increasing use of drones and precision-guided munitions at sea is forcing a rethink of naval air defense. By integrating laser-based counter-drone systems into our ships, we can respond to these threats with speed and accuracy that traditional weapons cannot match."
 sp_mineclearing_drone: "Drone Mineclearing Systems"
 sp_mineclearing_drone_desc: "Naval mines remain one of the most persistent and cost-effective threats to maritime operations. By shifting mine countermeasure duties to unmanned drone systems, we reduce the risk to crews while improving the speed and reach of clearance operations."
 sp_naval_recon_drone: "Naval Reconnaissance Drones"
 sp_naval_recon_drone_desc: "Maintaining situational awareness at sea is becoming increasingly complex as naval theaters grow more crowded and contested. By investing in dedicated naval reconnaissance drones, we extend our surveillance reach beyond the limits of manned platforms. These systems allow our fleets to detect, track, and respond to threats earlier, ensuring better-informed command decisions and greater operational flexibility."
 sp_drone_submarine: "Drone Submarine"
 sp_drone_submarine_desc: "Subsurface warfare is shifting toward persistence and deniability rather than raw firepower alone. By developing unmanned submarine platforms, we can maintain a continuous underwater presence without risking crews or high-value assets. These drone submarines allow us to monitor, disrupt, and contest key maritime areas while operating below the threshold of conventional escalation."
 sp_modern_sail_ships: "Modern Sail-Assisted Ships"
 sp_modern_sail_ships_desc: "Rising energy demands and extended naval logistics are forcing a reassessment of how our support fleets operate. By reintroducing modern sail-assisted designs for select vessels, we can reduce fuel consumption while maintaining operational reliability."
 sp_drone_patrol_boat: "Drone Patrol Boats"
 sp_drone_patrol_boat_desc: "Coastal security and maritime patrol duties are increasingly stretched by limited manpower and expanding operational demands. By deploying unmanned patrol boats, we can maintain a constant presence in key coastal and littoral zones without committing larger warships. These platforms allow us to monitor, deter, and respond to low-intensity threats with greater efficiency and flexibility."
 sp_drone_corvette: "Drone Corvettes"
 sp_drone_corvette_desc: "As naval engagements grow more distributed and risk-intensive, the role of smaller surface combatants is being reconsidered. By investing in unmanned or optionally crewed corvette platforms, we can project force and maintain sea control without exposing crews to unnecessary danger."
 sp_rail_gun_naval_battery: "Naval Railgun Battery"
 sp_rail_gun_naval_battery_desc: "While early railgun concepts focused on single high-impact shots, evolving naval combat demands sustained and flexible firepower. By developing a multi-barrel railgun battery, we shift toward higher rates of fire and improved target saturation."
 sp_nuclear_torpedoes: "Nuclear Torpedoes"
 sp_nuclear_torpedoes_desc: "As naval deterrence shifts toward undersea dominance, conventional payloads alone may no longer be sufficient. By developing nuclear-armed torpedoes, we introduce a weapon capable of denying vast maritime areas and decisively countering high-value naval formations."
 sp_fusion_reactor_engine: "Fusion Reactor Engine"
 sp_fusion_reactor_engine_desc: "The growing power demands of modern naval systems are pushing conventional propulsion and energy generation to their limits. By investing in fusion-based reactor engines for our ships, we aim to support advanced weapons, sensors, and propulsion without compromising endurance. This project lays the foundation for a new generation of high-energy naval platforms, ensuring long-term operational superiority at sea."
 sp_naval_swarm_module: "Naval Swarm Drone Launch Systems"
 sp_naval_swarm_module_desc: "With the integration of modular launch systems aboard surface vessels, naval platforms gain the ability to deploy large numbers of autonomous drones for reconnaissance, electronic warfare, and strike missions. These swarming systems extend a ship's sensor range, overwhelm enemy defenses, and provide flexible force projection without exposing the host vessel to direct engagement."
 sp_radar_jamming_module: "Naval Radar Jamming Systems"
 sp_radar_jamming_module_desc: "By employing advanced electronic warfare suites designed to disrupt and degrade enemy radar systems, surface vessels can obscure their true position and movements at sea. These jamming systems interfere with target acquisition and fire control, reducing the effectiveness of hostile sensors and increasing survivability during naval engagements."
 sp_anti_torpedo_module: "Naval Anti-Torpedo Systems"
 sp_anti_torpedo_module_desc: "By employing dedicated anti-torpedo defense suites designed to detect, classify, and neutralize incoming underwater threats, surface vessels can reduce the risk posed by modern torpedoes during transit and combat operations. These systems combine rapid sonar tracking, automated countermeasure deployment, and intercept solutions to disrupt guidance and defeat torpedoes before impact, improving survivability in contested waters."
 sp_anti_ship_drone_missile: "Anti-Ship Drone Missiles"
 sp_anti_ship_drone_missile_desc: "Naval strike capabilities are increasingly defined by reach, precision, and survivability. By developing drone-based anti-ship missile systems, we can extend our ability to threaten hostile vessels while reducing the risk to manned aircraft."
 sp_hover_helicopter_engine: "Hover-Capable Helicopter Engines"
 sp_hover_helicopter_engine_desc: "Urban environments and confined terrain are placing new demands on rotary-wing aviation. By developing hover-capable engine systems, we aim to improve low-speed stability and vertical control during complex operations."
 sp_hypersonic_engine: "Hypersonic Propulsion Systems"
 sp_hypersonic_engine_desc: "Air superiority is increasingly shaped by speed, reach, and the ability to penetrate defended airspace. By investing in hypersonic propulsion systems, we seek to push beyond the limits of conventional aircraft performance."
 sp_awacs_project: "Airborne Warning and Control System"
 sp_awacs_project_desc: "With the increasing complexity of modern air operations, airborne warning and control systems have become a critical capability for advanced air forces. By mounting powerful radar arrays and command systems onto long-endurance aircraft platforms."
 sp_fiber_drones: "Fiber-Optic Guided Drone"
 sp_fiber_drones_desc: "With the rapid development of unmanned systems and electronic warfare, fiber-optic guided drones have emerged as a solution to counter jamming and signal interference. By transmitting control signals through physical fiber links rather than radio communications, these drones can operate reliably in contested environments while maintaining precise control over their payloads."
 sp_air_railguns: "Air-to-Air Railgun"
 sp_air_railguns_desc: "With the continuous search for higher engagement speeds and extended interception ranges, air-to-air railguns have been proposed as an alternative to conventional missile systems."
 sp_air_railguns_helicopter: "Helicopter Railgun"
 sp_air_railguns_helicopter_desc: "By integrating compact electromagnetic cannons into rotary-wing platforms, helicopters can deliver extremely high-velocity fire capable of penetrating hardened targets that would normally require heavier aircraft or ground systems"
 sp_space_artillery: "Orbital Fire Support"
 sp_space_artillery_desc: "With the increasing integration of space-based systems into modern warfare, the concept of orbital fire support has emerged as a means to deliver precision strikes from space onto ground targets."
 sp_air_pdl: "Point Defense Lasers"
 sp_air_pdl_desc: "With the growing threat of high-speed missiles and saturation attacks, airborne point defense lasers provide a means of intercepting incoming threats at the speed of light. By mounting high-energy laser systems on aircraft platforms, these weapons can engage and neutralize missiles in flight, reducing reliance on limited interceptor stocks and improving survivability in contested airspace."
 sp_air_helicopter_drone_control: "Helicopter Drone Control"
 sp_air_helicopter_drone_control_desc: "Integrating a full drone control architecture into rotary-wing platforms transforms helicopters into airborne command nodes for unmanned reconnaissance and strike assets. This approach reduces the need to risk crews on routine exposure tasks while improving coordination, targeting, and tempo across the battlespace. The capability is expensive to field, demanding advanced avionics, secure datalinks, and additional power and cooling capacity."
 sp_air_gunship_railcannons: "Gunship Railcannons"
 sp_air_gunship_railcannons_desc: "This project mounts heavy railcannon arrays onto dedicated gunship airframes, creating an aircraft that can shred targets with sustained electromagnetic fire. With extreme muzzle velocity and precision fire control, it can dismantle drones, aircraft, and ground formations faster than conventional guns can react. The capability is ruinously expensive, demanding exceptional power generation, advanced cooling, and high-grade materials to keep the system operational."
 sp_deep_sea_mining: "Deep Sea Mining"
 sp_deep_sea_mining_desc: "Growing industrial and technological demands are placing increasing pressure on traditional resource supply chains. By investing in deep sea mining capabilities, we aim to secure access to critical minerals located beyond conventional extraction zones."
 sp_agriculture_drone: "Agricultural Drone Systems"
 sp_agriculture_drone_desc: "Feeding a growing population while preserving efficiency is becoming a central strategic challenge. By introducing advanced agricultural drone systems, we can modernize farming practices through improved monitoring, precision treatment, and automation."
 sp_vertical_farming: "Vertical Farming"
 sp_vertical_farming_desc: "Urbanization and land scarcity are reshaping how food production must be approached. By investing in vertical farming, we shift agricultural output into controlled, high-density environments that are less dependent on weather and geography."
 sp_robotic_humanoid: "Domestic Robotic Assistants"
 sp_robotic_humanoid_desc: "As daily life becomes more technologically integrated, there is growing potential for humanoid robots to assist people within their homes. By developing domestic robotic assistants, we aim to support everyday tasks such as household maintenance, caregiving, and personal assistance."
 sp_robotic_surgery: "Robotic Surgery"
 sp_robotic_surgery_desc: "Medical systems are facing increasing pressure from aging populations and rising healthcare demands. By expanding the use of robotic-assisted surgery, we aim to improve precision, reduce recovery times, and make advanced procedures more widely available."
 sp_smart_grid: "Smart Grid Infrastructure"
 sp_smart_grid_desc: "Growing energy consumption and the integration of advanced technologies are placing new demands on national power networks. By investing in smart grid infrastructure, we can better manage electricity distribution, balance supply and demand, and reduce systemic inefficiencies."
 sp_equipment_recycling: "Military Equipment Recycling Program"
 sp_equipment_recycling_desc: "A comprehensive program to recover, refurbish, and recycle obsolete or damaged military equipment. By reclaiming critical materials and components from decommissioned platforms, the armed forces can reduce industrial strain, improve supply resilience, and partially offset production losses during prolonged conflicts."
 sp_epigenetic_reprogramming: "Epigenetic Reprogramming"
 sp_epigenetic_reprogramming_desc: "A biomedical research program focused on altering gene expression without modifying DNA sequences, aiming to enhance physical resilience, cognitive performance, and recovery rates in military personnel. While offering potential long-term advantages in training efficiency and combat readiness, the program raises ethical concerns and requires strict regulatory oversight."
 sp_nuclear_energy: "Nuclear Energy Reactor"
 sp_nuclear_energy_desc: "Nuclear reactors are good for producing materials for bombs. But the amount of energy produced could instead supply civilian and military industry with power."
 sp_nuclear_bomb: "Nuclear Fission Bomb Project"
 sp_nuclear_bomb_desc: "A bomb using the process of nuclear fission to release the stored energy of the atom in one apocalyptic moment. With such a weapon in our arsenal, who would dare oppose us?"
 sp_amws_combat_system: "AMWS-21 Combat System"
 sp_zamws_advanced_mws: "XAMWS-24 Advanced Multiple Weapon System"
 sp_xciws_close_in_weapon_system: "XCIWS-2B Close In Weapon System"
 sp_close_range_battle_halberd: "Type-77 Close Range Battle Halberd"
 sp_great_sword: "BWS-3 Great Sword"
 special_project_consumer_costs_high: "Secret Resource Procurement"
 special_project_consumer_costs_high_desc: "Hushed voices whisper of a tremendous amount of supplies being diverted by government to seemingly innocuous locations. Some suggest that the resources are being consumed in secretive research and development projects but little concrete evidence exists to confirm this..."
 special_project_consumer_costs_medium: "Secret Resource Procurement"
 special_project_consumer_costs_medium_desc: "$special_project_consumer_costs_high_desc$"
 special_project_consumer_costs_low: "Secret Resource Procurement"
 special_project_consumer_costs_low_desc: "$special_project_consumer_costs_high_desc$"
 sp_tag_eh_portal_research: "Portal Research Projects"
 sp_tag_eh_mech_research: "Mech Research Projects"
 sp_tag_eh_portal_research_speed_factor: "$sp_tag_eh_portal_research$ Speed"
 sp_tag_eh_mech_research_speed_factor: "$sp_tag_eh_mech_research$ Speed"
 sp_biofuel_e10_blend: "E10 Ethanol Blending"
 sp_biofuel_e10_blend_desc: "Blending ethanol with petroleum at a 10% concentration is a proven, commercially deployed technology in use across billions of vehicles worldwide. Standardising E10 production infrastructure reduces our dependence on imported fossil fuel, redirects agricultural surplus into the energy mix, and requires only minor modifications to existing refinery and distribution networks."
 sp_biofuel_flexfuel_butanol: "FlexFuel and Butanol Synthesis"
 sp_biofuel_flexfuel_butanol_desc: "Building on standardised ethanol blending, this programme pursues two parallel routes. Flexible-fuel engines tolerate E85 and similar high-ethanol mixtures, decoupling vehicle compatibility from blend ratio. Biobutanol offers a higher energy density and cold-start performance closer to gasoline, but scale production remains an unsolved engineering problem. A successful programme would place our refining sector ahead of the global market."
 sp_nuclear_bomb_tt: "Unlocks the ability to construct §YNuclear Bombs§!"
 sp_caterpillar_3512b: "Caterpillar 3512B Diesel Engine"
 sp_caterpillar_3512b_desc: "The Caterpillar 3512B is a powerful and reliable diesel engine that has been widely used in various applications, including marine vessels, power generation, and heavy machinery. Its robust design and high performance make it an ideal choice for powering equipment in the harsh conditions of Antarctica."
 sp_premium_living_quarters: "Premium Living Quarters"
 sp_premium_living_quarters_desc: "These premium living quarters offer enhanced comfort and amenities for personnel stationed in Antarctica, improving satisfaction and station productivity."
 sp_drone_surface_combatant: "Autonomous Surface Combatants"
 sp_drone_surface_combatant_desc: "As crews grow harder to recruit and retain, larger surface combatants are being re-engineered around automation. Optionally crewed frigates and destroyers let us sustain a blue-water presence with a fraction of the manpower, accepting a heavier draw on advanced electronics."
 sp_space_program: "Space Program"
 sp_space_program_desc: "Everyone wants to get to space, except Poland. Poland cannot into space."
 sp_space_weapons_desc: "Once a work of science fiction, our scientists have finally begun to design KILLSATs and other ordnance that can be used in the vacuum of space. The ability to employ these weapons will not only make us stronger defensively but stronger offensively as we will be able to intercept, disrupt and prevent hostile powers in the stars."
 sp_CNRP: "Carbon Nanotube Reinforced Polymer"
 sp_CNRP_desc: "Embedding carbon nanotube lattices in aerospace composites yields airframe materials stronger and lighter than conventional carbon fiber. The weight savings translate directly into improved range, payload, and structural durability."
 sp_tag_antarctica: "Antarctic Research Projects"
 sp_tag_naval_armaments: "Naval Armament Projects"
 sp_tag_naval_propulsion: "Naval Propulsion Projects"
 sp_tag_stealth_ships: "Stealth Warship Projects"
 sp_tag_space: "Space Projects"
 sp_tag_tank_firepower: "Tank Firepower Projects"
 sp_tag_tank_protection: "Tank Protection Projects"
 sp_tag_tank_mobility: "Tank Mobility Projects"
 sp_tag_drones: "Drone & Robotics Projects"
 sp_tag_antarctica_speed_factor: "$sp_tag_antarctica$ Speed"
 sp_tag_naval_armaments_speed_factor: "$sp_tag_naval_armaments$ Speed"
 sp_tag_naval_propulsion_speed_factor: "$sp_tag_naval_propulsion$ Speed"
 sp_tag_stealth_ships_speed_factor: "$sp_tag_stealth_ships$ Speed"
 sp_tag_space_speed_factor: "$sp_tag_space$ Speed"
 sp_tag_tank_firepower_speed_factor: "$sp_tag_tank_firepower$ Speed"
 sp_tag_tank_protection_speed_factor: "$sp_tag_tank_protection$ Speed"
 sp_tag_tank_mobility_speed_factor: "$sp_tag_tank_mobility$ Speed"
 sp_tag_drones_speed_factor: "$sp_tag_drones$ Speed"
 sp_secure_military_network: "Secure Military Network"
 sp_secure_military_network_desc: "A hardened, encrypted national communications backbone linking command, sensors and forces with resilient low-latency data links."
 scientist_trait_antarctica_specialist: "Polar Research Specialist"
 scientist_trait_antarctica_specialist_desc: "A hardened researcher who thrives in the world's harshest environment, specialized in sustaining and advancing operations on the Antarctic ice."
 scientist_trait_naval_armament_specialist: "Naval Armament Specialist"
 scientist_trait_naval_armament_specialist_desc: "A specialist in naval weaponry, from railguns and torpedoes to drone swarms and countermeasure modules."
 scientist_trait_naval_propulsion_specialist: "Naval Propulsion Specialist"
 scientist_trait_naval_propulsion_specialist_desc: "An expert in advanced marine powerplants, pushing warships faster and further on nuclear and fusion propulsion."
 scientist_trait_tank_firepower_specialist: "Tank Firepower Specialist"
 scientist_trait_tank_firepower_specialist_desc: "An authority on armored vehicle armament, from advanced cannons and autoloaders to railguns and vehicle-mounted lasers."
 scientist_trait_tank_armor_specialist: "Tank Protection Specialist"
 scientist_trait_tank_armor_specialist_desc: "A specialist in armored vehicle survivability, developing composite armor, active protection systems and adaptive camouflage."
 scientist_trait_tank_mobility_specialist: "Tank Mobility Specialist"
 scientist_trait_tank_mobility_specialist_desc: "An expert in armored vehicle powertrains and chassis, from electric drives to walker suspensions."
 scientist_trait_robotics_specialist: "Robotics & Autonomy Expert"
 scientist_trait_robotics_specialist_desc: "A pioneer of autonomous systems, teaching machines on land, sea and air to think, hunt and work without a human in the loop."