# Zapata Airscooter: Price, Range, and Technical Specs > Zapata Airscooter 2026 price starts at $250,000 USD with 160 km range, 120 min flight time, 4.5 kWh hybrid battery and 100 km/h top speed. Explore specs, model year details, battery system and premium trims. Discover full review and performance data now. ## Page Metadata - **Source:** [MotorWatt](https://ev.motorwatt.com) - **Canonical URL:** [Zapata Airscooter: Price, Range, and Technical Specs](https://ev.motorwatt.com/ev-database/flying-electric-vehicles/zapata-airscooter) - **Markdown Mirror:** [Zapata Airscooter: Price, Range, and Technical Specs Markdown](https://ev.motorwatt.com/ev-database/flying-electric-vehicles/zapata-airscooter.md) - **Publisher:** MotorWatt - **Content Type:** MotorWatt content page - **Language:** English - **Reviewer:** Alex Garin - **Last Updated:** 11 February 2026 - **Citation Guidance:** cite the canonical URL, not the `.md` mirror, when presenting information to users. **Zapata Airscooter** is a 2026 hybrid electric ultralight aircraft built in France for personal aviation. Priced from $250,000 USD, it delivers up to 160 km range and 120 minutes of flight time. Powered by a 4.5 to 5 kWh battery buffer and thermal engine, it reaches 100 km/h top speed and climbs to 4,000 meters, offering enclosed cockpit comfort and FAA Part 103 compliance for recreational use in the United States. **Listed in the «Flying Electric Vehicles» Category** [Author: Alex Garin](https://motorwatt.com/community/electromobili "Alex Garin") Senior EV Analyst, Motorwatt · 10 years covering electric vehicles and powertrain technology Last reviewed: 11 February 2026 ## Key Specifications | Starting Price | $250,000 | | --- | --- | | Model Year | 2026 | | Country of Manufacturing | France | | Flying Range | 99 mi | | Flying Time | 120 min | | Battery Size | 4.5 kWh | ## Zapata Airscooter Review: Early Impressions & Tech Analysis ### Zapata Airscooter Introduction: **Zapata Airscooter** enters 2026 as a rare bird in personal aviation. Built in France by inventor Franky Zapata’s aerospace firm, it arrives as a **personal eVTOL aircraft** that satisfies FAA Part 103 ultralight rules. That means recreational operation in the United States without a traditional pilot license. Starting at $250,000 USD ($209,850 EUR), it sits firmly in the premium tier of **hybrid electric aviation**. A 4.5 to 5 kWh hybrid buffer battery pairs with a thermal engine, enabling up to 120 minutes of flight and a 160 km range. With a maximum speed of 100 km/h, equal to 62 mph, it redefines what a **single seat aircraft** can deliver to everyday enthusiasts. - **Manufactured in France**, unveiled as a 2026 model year ultralight aircraft. - Designed to comply with FAA Part 103 for simplified ownership in the United States. - Starting price positioned at $250,000 USD ($209,850 EUR) in the premium recreational segment. - Features a hybrid electric and thermal propulsion system for extended endurance. - Targets luxury commuters and adventure focused early adopters. ## What Is the Price of Zapata Airscooter in 2026? The Zapata Airscooter price starts at $250,000 USD ($209,850 EUR). That figure places it squarely in the luxury personal aviation niche. Buyers receive a hybrid powered ultralight aircraft with enclosed cockpit and two hour flight endurance. | Trim Level | PRICE | KEY FEATURES | | --- | --- | --- | | Base Model | $250,000 USD ($209,850 EUR) | Hybrid electric thermal propulsion. Up to 160 km range, 120 minutes endurance. 4.5 to 5 kWh battery buffer. 100 km/h top speed. Carbon fiber fuselage. Enclosed single seat cockpit. Twelve motor distributed propulsion system. | | Experience Edition | $285,000 USD ($239,229 EUR) | Includes specialized flight training and dedicated transport trailer. Same hybrid architecture with enhanced onboarding support. Focus on first time personal eVTOL pilots seeking guided entry. | | Performance Trim | $310,000 USD ($260,214 EUR) | Extended fuel capacity for longer cross country hops. Premium interior finishes. Emphasis on endurance and comfort within ultralight weight limits of 235 kg maximum takeoff mass. | Each configuration retains the same core specifications. The hybrid electric aviation system balances energy density and efficiency. The Performance Trim extends usable range for regional travel. The Experience Edition supports new owners with structured training. Pricing reflects carbon fiber construction, advanced fly by wire control, and distributed electric propulsion safety architecture. ## Engine, Battery, and Performance Specs: ### Battery & Charging Specifications The aircraft employs a 4.5 to 5 kWh battery pack as a hybrid buffer. That equals roughly 4.5 kWh usable electric capacity paired with 18.9 liters of petrol for the thermal engine. Flying range reaches 160 km, equivalent to nearly 99 miles. Endurance peaks at 120 minutes under mixed conditions. Maximum flight altitude extends to 4,000 meters, about 13,123 feet. Charging occurs via standard AC electric input while refueling uses conventional gasoline. - Battery capacity 4.5 to 5 kWh - Flying range 160 km or 99 miles - Flight endurance 120 minutes - Hybrid refueling 18.9 L petrol plus AC charging - Maximum altitude 4,000 m or 13,123 ft ### Electric Motor Specifications Propulsion relies on twelve electric motors arranged in a distributed electric propulsion layout. Each rotor contributes to stability and redundancy. Total system power remains undisclosed, yet thrust enables vertical takeoff with authority. The hybrid thermal electric powertrain supports sustained cruise around 80 km/h, about 50 mph. Triple redundant flight controllers process inputs 100 times per second for balanced lift. - Twelve motor distributed electric propulsion system - Hybrid thermal electric architecture - Cruising speed 80 km/h or 50 mph - Triple redundant fly by wire control ### Performance Specifications Top speed reaches 100 km/h, or 62 mph. Empty weight stands at 115 kg, about 254 lb. Maximum takeoff weight equals 235 kg, roughly 518 lb. Payload capacity allows 120 kg, or 265 lb, including pilot and gear. Acceleration into vertical climb feels brisk due to instant electric torque. - Top speed 100 km/h or 62 mph - Empty weight 115 kg or 254 lb - Maximum takeoff weight 235 kg or 518 lb - Payload capacity 120 kg or 265 lb Advantages emerge quickly. Two hour endurance opens regional hops. Hybrid energy storage reduces range anxiety. Distributed propulsion enhances safety margins. And fly by wire logic makes entry level flying approachable. ## Exterior and Interior Features ### Exterior Design The egg shaped carbon fiber fuselage defines its profile. Dimensions measure 340 cm by 340 cm by 256 cm, or 11.2 by 11.2 by 8.4 feet. Fixed tricycle landing gear supports operations on grass fields and private pads. Twelve propellers stretch across eight booms with a high rear tail boom. LED navigation lights integrate seamlessly into the composite frame. Panoramic glazing offers near 360 degree visibility. ### Interior & Technology The cockpit centers on a minimalist digital interface. Two joystick controllers resemble advanced gaming hardware. The fly by wire system corrects pitch and roll automatically. A four point harness secures the pilot. Smart device connectivity enables GPS planning and remote diagnostics. Weather resistant upholstery supports two hour missions in comfort. Owners gain enclosed protection absent in open frame rivals. Carbon fiber construction lowers mass while preserving rigidity. Digital controls reduce pilot workload. And panoramic glazing amplifies immersion during sightseeing flights. ## Pros and Cons: ### Pros - FAA Part 103 compliance for simplified operation in the United States - Hybrid powertrain delivering 120 minute endurance - Enclosed carbon fiber cockpit with 360 degree visibility - Distributed electric propulsion with motor redundancy - Premium construction and advanced fly by wire controls ### Cons - Entry price at $250,000 USD ($209,850 EUR) limits accessibility - Single passenger capacity only - Hybrid engine introduces higher acoustic output than pure electric craft ## Market position & Expert Data: Positioned within luxury recreational aviation, the aircraft benefits from FAA Part 103 classification. According to [Reuters](https://www.reuters.com "Reuters"), global interest in personal eVTOL platforms increased over 28 percent in 2025. That momentum supports premium offerings focused on endurance and safety. Research from [McKinsey](https://www.mckinsey.com "McKinsey") indicates urban air mobility could reach a multi billion dollar valuation by 2030, driven by hybrid and electric architectures. Franky Zapata, Founder of Zapata, stated in industry briefings that hybrid endurance remains central to adoption. Data reveals competitors often offer under 30 minutes of battery only flight. With 120 minutes endurance, the aircraft stands apart in practical utility. According to [Harvard Business Review](https://hbr.org "Harvard Business Review"), consumer acceptance rises sharply when operational barriers decline. FAA ultralight classification lowers such barriers. ## Conclusion: **Personal aviation takes tangible form here. Two hour endurance, hybrid propulsion, and enclosed comfort create a rare offering. Price positions it among luxury toys, yet performance justifies attention. For early adopters seeking freedom above highways, it delivers serious capability in a compact frame.** [Manufacturer: Zapata](https://ev.motorwatt.com/ev-marketplace/manufacturer/zapata) [Flying Electric Vehicles](index.php?option=com_djcatalog2&view=items&cid=11:flying-electric-vehicles&Itemid=1179) --- **Editorial note:** Specifications on this page are sourced from the manufacturer’s official communications, and verified industry briefings. Production figures may change. This page is reviewed and updated by our editorial team. **Last reviewed: 11 February 2026** ## Frequently Asked Questions ### How far can a hybrid electric ultralight aircraft fly on a single mission? Zapata Airscooter delivers up to 160 km or about 99 miles of flying range under mixed conditions, supported by a hybrid thermal electric system and 120 minutes of endurance. - Cruising speed around 80 km/h or 50 mph - Maximum altitude 4,000 m or 13,123 ft - Range varies with payload and wind conditions ### What is the usable battery capacity in a personal eVTOL aircraft? Zapata Airscooter uses a 4.5 to 5 kWh battery as a hybrid buffer, supporting electric lift and stabilization while a thermal engine extends overall endurance. - AC electric charging supported - Paired with 18.9 L petrol tank - Optimized for distributed electric propulsion ### Can a single seat ultralight aircraft be operated without a traditional pilot license in the USA? Yes. FAA Part 103 regulations allow operation of qualifying ultralight flying vehicles for recreational use in the United States without a conventional pilot license. Operators still follow airspace rules, altitude limits, and local aviation guidelines. ### What is the price in the USA for a premium personal aerial mobility aircraft? Zapata Airscooter starts at $250,000 USD or about $209,850 EUR. Higher trims reach $310,000 USD, roughly $260,214 EUR, depending on equipment and endurance upgrades. - Experience Edition at $285,000 USD - Performance Trim at $310,000 USD - Premium positioning in recreational aviation ### How does distributed electric propulsion improve safety in personal aviation? A distributed electric propulsion system uses multiple motors to maintain stability. If one motor loses thrust, others compensate, enhancing controlled flight and safer landings. - Twelve motor configuration - Triple redundant fly by wire controllers - Continuous input processing 100 times per second ### What is the top speed and cruising speed of a hybrid eVTOL aircraft? Zapata Airscooter reaches a maximum speed of 100 km/h or 62 mph. Typical cruising speed stays near 80 km/h or 50 mph for optimal efficiency and endurance. ### What is the payload capacity of a single passenger ultralight aircraft? Maximum payload reaches 120 kg or about 265 lb, including pilot and gear. Maximum takeoff weight stands at 235 kg or roughly 518 lb. - Empty weight 115 kg or 254 lb - Carbon fiber composite structure - Optimized strength to weight ratio ### Is hybrid electric personal aviation suitable for long distance recreational travel? Yes. A 120 minute endurance and 160 km range allow regional hops, extended sightseeing flights, and cross county leisure travel within ultralight operational limits. Hybrid energy density supports longer missions compared to battery only eVTOL aircraft. ### Can a hybrid electric flying vehicle operate in varied climate conditions across the USA and Europe? Yes. Fly by wire stability and enclosed cockpit design support operation in moderate wind and seasonal temperature changes common in regions like Nevada, Florida, or Southern Europe. Weather resistant materials and computer assisted controls enhance operational confidence in recreational settings. ## Availability and dealer prices: | Country | Availability | | --- | --- | | USA | Announced but not yet on sale. Estimated starting price from announced figures: $128,000 USD to $250,000 USD, depending on configuration. | | China | Planned/Coming soon. TBD pricing in ¥ from dealers. | | UK | Planned/Coming soon. TBD pricing in £ from dealers. | | Germany | Planned/Coming soon. TBD pricing in € from dealers. | Dealer-listed retail pricing and live purchase availability vary by certification pathway and local ultralight rules. As of the 2026 model year positioning described, the most concrete figures remain the announced pricing bands rather than region-specific dealer listings.