What Jetoptera does

Jetoptera, Inc. is a privately-held aerospace startup founded in 2015 and headquartered in Edmonds, Washington, that develops a bladeless propulsion technology called the Fluidic Propulsive System (FPS™) for vertical take-off and landing (VTOL) and high-speed VTOL (HSVTOL) aircraft. The FPS architecture uses a gas generator or turbocompressor to feed high-pressure air through proprietary Coandă-effect thrusters that augment thrust and lift via massive ambient-air entrainment, eliminating external propellers or rotors and supporting multiple operating modes (turbojet, turbofan, FPS) within a single modular package — branded the "3-in-1" Adaptive FPS. The system is integrated with a novel box-wing + canard airframe and is offered across a payload ladder from sub-55 lb Part 107 UAVs (J-55) to a planned four-seat manned flying car (J-4000), with the 500-lb J-500 cargo UAV and 250-kW FTC-250 propulsion module as current focal points. The company has accumulated 53+ granted U.S. utility patents with 100+ pending applications and has flown CMC thrusters on multiple platforms.

Name

Jetoptera

Legal name

Jetoptera, Inc.

Website

https://jetoptera.com

Company type

Private

Founded year

2015

Operating status

Operating

Headcount range

1–10 employees

Short description

Jetoptera is a privately-held aerospace startup developing a bladeless Fluidic Propulsive System (FPS™) for VTOL/HSVTOL aircraft, serving U.S. defense agencies (USAF, Army, Navy, DARPA) and international commercial cargo UAV customers led by its Eanan Al Samma partnership in the UAE.

Ownership category

akta.pro rank

Headquarters

HQ city

Edmonds

HQ country

United States

HQ region

North America

Offices1 record

Markets served

GTM type

B2B

Offering type

Hardware or Manufacturing

Cost components

Technology or R&D, Personnel, Supply Chain, Operations, Marketing or Sales, Infrastructure

Revenue model

1. Propulsion system licensing: Jetoptera licenses its patented Fluidic Propulsive System (FPS) to OEMs and partners for integration into their aircraft. Licensing is one of two explicit commercial models called out on the products page alongside direct sale of platforms.
2. Hardware sales of unmanned aircraft: Direct sale of unmanned aircraft products such as the J-55 Part 107 commercial UAS ('available for purchase') and J-500 cargo UAV co-developed for the UAE/MENA market via partner Eanan Al Samma. Includes future sale of J-2000 manned VTOL and J-4000 platforms.
3. Government R&D contracts (SBIR/STTR/CRADA): U.S. DoD contract revenue through Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) awards (e.g., $750K STTR Phase II, $750K Direct to Phase II SBIR from AFWERX) and Cooperative Research and Development Agreements (CRADA) with NSWC Crane; supports product development in exchange for milestone-based payments.
4. Equity / Reg CF private placements: Capital raises from retail and accredited investors via Regulation Crowdfunding offerings through MicroVentures and Wefunder; non-product revenue tied to equity dilution.

Pricing tiers

Go-to-market motion1 record

Distribution channels5 records

Marketing channels8 records

Core offering

Jetoptera develops, patents, and sells a patented bladeless Fluidic Propulsive System (FPS™) and a family of VTOL/HSVTOL unmanned aircraft built around it (J-55, J-220, J-500, J-2000, J-4000) plus the modular FTC-250 propulsion module. The FPS replaces external rotors/propellers with Coandă-effect fluidic thrusters fed by a turbocompressor, enabling VTOL plus jet-speed forward cruise in a single architecture. The company sells aircraft directly, licenses its propulsion IP to aerospace OEMs, and earns R&D revenue from U.S. DoD SBIR/STTR/CRADA contracts.

Product overview

Jetoptera offers a single, integrated Fluidic Propulsive System (FPS™) technology platform and a family of aircraft built around it, rather than a disconnected suite of products. The FPS — including the production FTC-250 / FPS-200 variants and the experimental Powered Parafoil (PP-FPS) and flexible-thruster (DARPA CHUTE) configurations — is the core technology. It is integrated with a novel box-wing-plus-canard-plus-propulsion airframe and is delivered in a growing product line: the J-55 (sub-55 lb Part 107 and government UAVs), the J-220 (220 lb VTOL prototype), the J-500 (500 lb cargo UAV co-developed with Eanan Al Samma for the UAE/MENA market), the J-2000 (manned VTOL air taxi), and the planned J-4000 (four-seater flying car). Larger HSVTOL concepts such as the Hedwig / "3-in-1" Adaptive FPS platform are pursued with Northrop Grumman, Scaled Composites, and Pratt & Whitney under U.S. Air Force AFWERX contracts.

Differentiator

Problem solved

Functional benefit

Brands

• Fluidic Propulsive System: Patented bladeless propulsion technology powering Jetoptera's family of V/STOL aircraft. Marketed with the Fluidic Propulsion™ and FPS™ designations.
• FTC-250
• J-500
• J-2000

Products and services

• FTC-250 FPS (Adaptive Fluidic Propulsive System) Revolutionary 250 kW modular propulsion system featuring Jetoptera's proprietary Fluidic Propulsive System technology that delivers atonal-quiet VTOL capabilities with up to 3x thrust augmentation. Operates in turbojet (240 lbf), turbofan (300 lbf), or FPS (500 lbf) modes via rapid field-swappable modules. 40" x 10" package weighing as little as 50 lbs; SFC below 0.7 lb/lbf-h in FPS mode; 16,400 ft ceiling; up to 250-hour gas generator intervals.
• J-500 VTOL Cargo UAV Bladeless, silent, fast, and safe 500-lb class aerial cargo UAV powered by the integrated FPS with distributed thrust architecture. 227 kg max takeoff weight, 50 kg payload, 200 KTAS max speed, 150 nm range, 90 L max fuel. Modular carbon airframe with rear-loading cargo bay, advanced avionics, datalink, and navigation. Automatic transition between vertical and horizontal flight with seamless power management, ~30 dB quieter than rotorcraft. Developed for the UAE/MENA market with Eanan Al Samma.
• J-2000 Manned VTOL Air Taxi Positioned as the first useful, silent, fast, and large manned VTOL air taxi. 910 kg max weight, 644 km range, 284 L (75 Gal) fuel, 5,000 m max altitude, noise up to 40 dB less than competition. Carbon-fiber Prandtl box wing, 4x FPS thrusters, 1500+ HP class turboshaft, speeds up to 200 KTAS, ~500 lb payload, 400-mile max range.
• J-55 Part 107 Commercial UAS (and government variant) Jetoptera's first and smallest product, a sub-55-lb unmanned aircraft. Part 107 commercial version (turbojet-powered to stay under 55 lb) and a government-only high-speed/high-altitude version. Top speed 300 mph, cruising 250 mph, max range 40 miles, max flight time 13 minutes, payload 5 lbs in VTOL. Available for purchase. Tailsitter or conventional take-off configuration with box-wing + canard + propulsion architecture.
• J-220 VTOL-capable UAV Prototype 220-lb VTOL-capable aircraft powered by the FPS-200 propulsion system. 50 lb payload, 150 mile range, 200+ mph forward flight (with versions possible exceeding 400 mph by folding thrusters into the wing). Powered by Acutronic SP75-based 75 kW turboshaft driving the FPS.
• J-4000 Four-Seat Flying Car (planned) Four-seater manned VTOL aircraft employing FPS and Jetoptera's box wing + canard + propulsion architecture, mentioned as the top of the planned FPS-powered product line for the J-series family up to and including flying cars.
• FPS-200 Propulsion System 200 lbf-class Fluidic Propulsive System featuring a 75 kW Acutronic SP75-based turboshaft driving an air compressor that supplies compressed air to the FPS thrusters. Thrust augmentation ratio of at least 2.0 in static and quasi-static conditions. Built in collaboration with Acutronic Turbines Inc. and AeroDesignWorks GmbH. Designed to power the J-220 and similar aircraft.
• Powered Parafoil Fluidic Propulsive System (PP-FPS) Powered parafoil variant of the FPS that enhances and expands the capabilities of the Joint Precision Airdrop Delivery System (JPADS) program. Powered by a thermally recuperated turbocompressor (up to 30% lower SFC than equivalent unrecuperated systems). Developed with Freedom Flight Works under U.S. Army Phase II SBIR.
• Flexible/Elastic FPS Thruster (DARPA CHUTE) Research-stage elastic/flexible thruster concept designed to be packed in a parafoil leading edge and re-deployed to produce thrust and lift augmentation when needed. Drawing air from a small air compressor, the collapsible thrusters enable parafoil and wing-integration deployments that traditional propellers cannot match. Developed under Phase I DARPA CHUTE as subcontractor to Freedom Flight Works.
• HSVTOL Concept (Hedwig / "3-in-1" Adaptive FPS) High-Speed Vertical Take-Off and Landing aircraft concept using the "3-in-1" Adaptive Fluidic Propulsive System combining a single Pratt & Whitney turboshaft (2500 HP class) driving a high-performance compressor. Predicted 5000 lb VTOL aircraft capable of speeds up to Mach 0.8. Developed with Northrop Grumman/Scaled Composites and Pratt & Whitney under USAF AFWERX HSVTOL Concept Challenge and Phase II STTR.

Named customers6 records

Segments6 records

Ideal customer profiles4 records

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

Integration4 records

Feature9 records

Partnerships

18 partnerships are on record, tiered core — actuation supplier for ftc-250, minor — test facility for ftc-250 fett, core — turbocompressor design and manufacturing partner, flagship — international launch customer and integrator for j-500, core — engineering and test partner, flagship — tier-1 prime teaming for afwerx hsvtol, flagship — tier-1 prime engine supplier for hsvtol, minor — prime contractor facilitating hsvtol challenge, core — prime contractor / sbir vehicle for u.s. army and darpa, core — academic research partner for aeroacoustics, core — academic research partner for wing-integrated fps, minor — acoustic test partner, core — inbound ip license for sic-sic cmcs, core — gas generator development partner, minor — simulation partner, flagship — tier-1 oem co-development, core — government r&d partner (crada) and core — autopilot integration partner.

• Volz (Volz Servos)core — actuation supplier for ftc-250Technology or Integration · 18 February 2026Volz supplies high-performance servo actuators for Jetoptera's FTC-250 aircraft. Servos perform critical functions including metering airflow via butterfly valves, rotating rear thrusters approximately 100 degrees for VTOL-to-horizontal transitions within six seconds, shutting off forward thrusters during wing-borne flight, and actuating relief valves to prevent compressor stall. CEO Philipp Volz cited fast response time, minimal EMI, reduced cabling, and digital bus control with telemetry as partnership drivers.
• VAN DER LEE Turbo Systemsminor — test facility for ftc-250 fettImplementation/ SI/ Consulting Partner · 16 June 2025Hosted the First Engine To Test (FETT) of the 250 kW FTC-250 turbocompressor at their facilities in Zaandam, The Netherlands; instrumented engine in turbofan mode to monitor pressure, temperature, and thrust. Next steps include performance mapping and FPS integration onto the J-500 airframe.
• Parametric Solutions Inc.core — turbocompressor design and manufacturing partnerTechnology or Integration · 24 September 2024Designing and manufacturing the 250-kW class jet-fuel-powered turbocompressor that will power the J-500 FPS. Successfully passed Critical Design Review; prototype demonstration targeted for Q1 2025. Sub-70-lb system capable of 250 lbf turbofan / 500 lbf FPS-augmented thrust.
• Eanan Al Samma (EANAN)flagship — international launch customer and integrator for j-500Strategic or Co-development Partner · 28 November 2023EANAN Dubai and Jetoptera signed an agreement for EANAN to lead development of a series of aircraft starting with the J-500 500-lb VTOL cargo UAV powered by FPS for the UAE/MENA market. EANAN builds and tests prototypes in Dubai, with first flight targeted for 2024 and continued sub-scale autopilot test campaign at Xrange test field near Abu Dhabi through 2024. J-500 specs: 500-mile range, 200 KTAS top speed, 50 kg payload.
• AeroTECcore — engineering and test partnerImplementation/ SI/ Consulting Partner · 17 February 2023Designed and built the 30% HSVTOL wind tunnel test article (50% additively manufactured), and conducted static testing of the 75 lbf and 250 lbf J-500 thrusters at AeroTEC's Flight Test Facility in Moses Lake, WA using locally available compressed air conditioned to J-500 turbocompressor conditions.
• Northrop Grumman Corporation (incl. Scaled Composites)flagship — tier-1 prime teaming for afwerx hsvtolStrategic or Co-development Partner · 7 February 2022Teaming partner on the AFWERX HSVTOL Concept Challenge and Direct-to-Phase-II SBIR. Northrop Grumman designs the demonstrator's novel airframe for range, speed, survivability, payload, and propulsor integration; Scaled Composites supports high-lift system design, test article construction, and static testing.
• Pratt & Whitney (incl. GATORWORKS)flagship — tier-1 prime engine supplier for hsvtolStrategic or Co-development Partner · 7 February 2022Provides COTS turboshaft engines and GATORWORKS integration for the AFWERX HSVTOL Aircraft System with Adaptive Fluidic Propulsion. Engine drives a newly designed air compressor/fan rated for the flows and pressure ratios required by Jetoptera's thrusters. Jointly developing a single-engine 5,000-lb MTOW HSVTOL demonstrator with predicted Mach 0.8 forward flight.
• Collaboration.Aiminor — prime contractor facilitating hsvtol challengeImplementation/ SI/ Consulting Partner · 7 February 2022Minneapolis-based software and services provider acting as the prime contractor facilitating the AFWERX HSVTOL Concept Challenge; works with Jetoptera and other selected teams alongside USAF and USSOCOM.
• Freedom Flight Works, Inc.core — prime contractor / sbir vehicle for u.s. army and darpaStrategic or Co-development Partner · 3 January 2022Prime contractor (and Jetoptera customer) on multiple SBIR programs to develop a special-mission, reduced-signature variant of the FPS for autonomous vehicles. Includes a 24-month Phase II SBIR to flight demonstrate a Powered Parafoil FPS (PP-FPS) for the Joint Precision Airdrop Delivery System (JPADS), plus the DARPA Phase I Canopies for High-Speed Ultra-Long Terrain Execution (CHUTE) program for elastic/flexible thrusters in parafoil leading edges.
• University of Notre Dame (Turbomachinery Labs)core — academic research partner for aeroacousticsImplementation/ SI/ Consulting Partner · 3 March 2021STTR partner (with Professor Scott Morris) using the Notre Dame anechoic wind tunnel to characterize FPS aero performance and acoustics and compare to legacy propulsors for VTOL UAVs and UAM concepts. Six-month period of performance.
• University of Washington (Kirsten Wind Tunnel)core — academic research partner for wing-integrated fpsImplementation/ SI/ Consulting Partner · 3 March 2021STTR partner (with Professor Alberto Aliseda) using the Kirsten Wind Tunnel to demonstrate lift and thrust augmentation by a wing-integrated FPS via Boundary Layer Ingestion and Upper Blown Surface Jet mechanisms, aiming to match low disk-load rotor lift (lbf/hp) without moving parts. Phase II STTR ($750K) extended the partnership for a 'Hedwig' concept wind tunnel campaign.
• Optinav, Inc. (with Paragrine Systems / Paragrine, LLC)minor — acoustic test partnerImplementation/ SI/ Consulting Partner · 8 February 2021Conducted acoustic evaluation using the BeamformX Acoustic Array System comparing Jetoptera FPS to a 11 kW internal-combustion-engine-driven 1.25 m propeller; data analysis performed by Dr. Robert Dougherty (AIAA Aeroacoustics 2020 Award recipient). Program funded via Paragrine's DoD parafoil program with Jetoptera as subcontractor.
• NASAcore — inbound ip license for sic-sic cmcsOEM/ Whitelabel/ Licensing Partner · 23 September 2020Jetoptera has licensed SiC-SiC CMC patents from NASA for deployment in the Hot Gas Path components of the FPS in the coming years (both non-rotating and rotating components projected).
• Acutronic Turbines Inc. and AeroDesignWorks GmbHcore — gas generator development partnerStrategic or Co-development Partner · 10 January 2020Collaboration to design, build, and test the prototype core engine for the FPS-200 propulsion system. Gas generator is based on the Acutronic SP75 (75 kW turboshaft) with three compressor stages for high pressure ratio and low SFC; AeroDesignWorks GmbH (Cologne, Germany) is the joint-venture partner for small gas turbine development since 2012.
• ComQuest Venturesminor — simulation partnerImplementation/ SI/ Consulting Partner · 9 October 2018Adapted their Typhon UDX UAV Design Explorer simulator to Jetoptera's FPS-equipped platforms; supports development and demonstration campaigns.
• GE Aviationflagship — tier-1 oem co-developmentStrategic or Co-development Partner · 19 September 2018GE Aviation and Jetoptera agreed to jointly demonstrate a 500 lbf-class FPS leveraging a gas generator based on GE's H-Series turboprop engine (550–850 shp). First step toward a customized gas generator for the Jetoptera 500 VTOL full flight demonstrator. GE Aviation cited as a leading participant in urban air mobility and applied its 3-D aerodynamic design and advanced materials to the turboprop.
• U.S. Naval Surface Warfare Center (NSWC) Crane Divisioncore — government r&d partner (crada)Strategic or Co-development Partner · 13 August 2018Signed a Cooperative Research and Development Agreement (CRADA) allowing joint R&D teams to collaborate on advanced unmanned aircraft system (UAS) technologies in support of multi-domain, multi-spectral, full life-cycle mission areas including Expeditionary Warfare, Strategic Missions, and Electronic Warfare.
• UAVenturecore — autopilot integration partnerStrategic or Co-development Partner · 1 June 2018Strategic partnership integrating UAVenture's AirRails hybrid-VTOL autopilot onto Jetoptera's airframe. Demonstrated autopilot-assisted take-off/landing and autonomous mission mode on a sub-scale Jetoptera airframe, with ongoing integration for VTOL, hovering, and full J-series production.

Scale indicators11 records

Recent moves6 records

Expansion highlights6 records

Direct peers

• Joby Aviation: U.S. eVTOL air-taxi developer with FAA type certification in progress, backed by Toyota, Delta, Uber and a SPAC. Competes head-to-head with Jetoptera's future J-2000 in the urban air mobility market and for DoD/USSOCOM interest in quiet VTOL.
• Overair: California-based eVTOL startup building the Butterfly quad tiltrotor, backed by Korean Air. Closest direct peer to Jetoptera as a smaller, well-funded but pre-certification air-taxi startup targeting quiet urban operations.
• Wisk Aero: Boeing-backed autonomous eVTOL developer (Generation 6). Comparable as a self-flying air-taxi entrant with deep aerospace prime backing and a certification roadmap that competes for the same urban missions.
• Archer Aviation: U.S. eVTOL developer building a tiltrotor Midnight aircraft with United Airlines and Stellantis as anchor customers. Competes in the same air-taxi mission profile and DoD engagement pipeline as Jetoptera.
• Beta Technologies: U.S. eVTOL company building the Alia aircraft and a large proprietary charging network; also active in DoD cargo and medical logistics. Comparable to Jetoptera on the cargo/logistics UAV mission and the Air Force/USSOCOM customer set.
• Vertical Aerospace: U.K. eVTOL developer of the VX4 tiltrotor, with American Airlines, Virgin Atlantic, JAL and Honeywell as partners. Competes with Jetoptera in the air-taxi and emerging-mission segments and shares a Tier-1 partner-driven GTM.
• Lilium GmbH: German eVTOL developer building a ducted-fan regional air mobility aircraft (Lilium Jet). Direct comparable to Jetoptera's planned J-2000/J-4000 manned VTOL roadmap and competes for the same air-taxi and regional eVTOL customers, though using a fundamentally different ducted-fan propulsion architecture.

Emerging players

• ZeroAvia: U.K./U.S. hydrogen-electric propulsion developer for regional aircraft. Comparable to Jetoptera as a propulsion-architecture startup targeting the same advanced air mobility transition and pursuing OEM licensing, though on an electric/hydrogen pathway versus Jetoptera's jet-fuel FPS.
• MagniX: Electric propulsion (magni-series) developer for regional aircraft, partnered with Eviation (Alice) and Harbour Air. Adjacent peer: similar propulsion-tech-licensing GTM and target customers in the regional/commuter aviation segment that Jetoptera's FPS also addresses.

Broad incumbents

• Bell (Bell Textron): Tier-1 helicopter and tiltrotor incumbent (V-280 Valor, V-22 Osprey) and an active participant in the AFWERX HSVTOL Challenge. Competes with Jetoptera for the same high-speed VTOL/HSVTOL DoD mission space, with the incumbent's vastly larger resources and existing platform fleet.

Market position

Strengths5 records

Weaknesses5 records

Competitive moat6 records

Key risks6 records

Key highlights7 records

Customer concentration

• Xtwitter.com/GEAviation
• YouTubeyoutube.com/channel/UCc7hrqMeTpKlpV_vsd-_LdQ
• Facebookfacebook.com/Jetoptera
• LinkedInlinkedin.com/company/18447683
• Instagraminstagram.com/afwerx

Compliance5 records

Revenue estimate

Valuation estimate

Number of profiles

Profiles5 records

Funding overview

Funding rounds4 records

Investors1 record

Funding detail is available on the Subscription and Enterprise plan.Contact sales →

M&A

Investments

M&A and investment is available on the Subscription and Enterprise plan.Contact sales →

Frequently asked questions about Jetoptera