Flying Taxi Model 1 Low-poly 3D model

The Flying Taxi Model 1 is a futuristic 3D representation of an aerial taxi designed for urban air mobility. This model depicts a sleek, compact aircraft with advanced rotor technology and an aerodynamic body, designed for efficient and eco-friendly transportation in urban environments. The flying taxi is equipped with multiple rotors or wings for vertical takeoff and landing, making it a revolutionary concept in city transportation. With its modern, streamlined design, it embodies the future of quick, aerial transit, making it ideal for use in sci-fi, urban future, or transportation-themed projects.

Supports the following formats: FBX, OBJ, STL, GLB, USDZ, and BLEND.

Flying taxi, 3D model, futuristic, aerial vehicle, urban mobility, rotorcraft, air transportation, city transport, electric vehicle, advanced technology, vertical takeoff, landing, compact design, sci-fi, urban planning, eco-friendly
Fliegendes Taxi, 3D-Modell, futuristisch, Luftfahrzeug, städtische Mobilität, Rotorflugzeug, Luftverkehr, Stadttransport, Elektrofahrzeug, fortschrittliche Technologie, senkrechter Start, Landung, kompaktes Design, Science-Fiction, Stadtplanung, umweltfreundlich
taksówka powietrzna, model 3D, futurystyczny, pojazd powietrzny, mobilność miejska, helikopter, transport powietrzny, transport miejski, pojazd elektryczny, zaawansowana technologia, pionowy start, lądowanie, kompaktowy design, sci-fi, planowanie miast, ekologiczny
تاكسي طائر, نموذج ثلاثي الأبعاد, مركبة مستقبلية, مركبة جوية, التنقل الحضري, طائرة مروحية, النقل الجوي, النقل في المدينة, مركبة كهربائية, تكنولوجيا متقدمة, الإقلاع العمودي, الهبوط, تصميم مدمج, الخيال العلمي, تخطيط المدن, صديق للبيئة
飞行出租车, 3D模型, 未来, 空中交通工具, 城市移动性, 直升机, 空中运输, 城市交通, 电动汽车, 先进技术, 垂直起降, 紧凑设计, 科幻, 城市规划, 环保
비행 택시, 3D 모델, 미래형, 공중 이동 수단, 도시 모빌리티, 로터크래프트, 공중 교통, 도시 교통, 전기차, 첨단 기술, 수직 이착륙, 콤팩트 디자인, 공상 과학, 도시 계획, 친환경
taxi volant, modèle 3D, futuriste, véhicule aérien, mobilité urbaine, hélicoptère, transport aérien, transport urbain, véhicule électrique, technologie avancée, décollage vertical, atterrissage, design compact, science-fiction, urbanisme, écologique