Join 8,500 technologists, regulators and users across commercial and defense sectors for AUVSI XPONENTIAL 2019, the largest, most comprehensive trade show for unmanned and autonomous systems. As adoption spreads and applications expand, XPONENTIAL is the one event that brings together the entire unmanned systems community to share ideas, collaborate across markets, capitalize on best practices and emerging trends and harness the power of unmanned technology for your business.

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Northwest UAV  

McMinnville,  OR 
United States
  • Booth: 2427

NWUAV The UAS Industry Propulsion Authority visit booth 2427

As America’s leader in UAV propulsion system design and manufacturing since its founding in 2005, Northwest UAV (NWUAV) is leading the way yet again, as one of America’s first one-stop-shops for the UAV industry. With a reputation for reliable, cost effective and innovative UAV engine and support system solutions, NWUAV has evolved into a company with the ability to design, manufacture, build-to-print, repair, ground test and flight test UAVs in their FAA designated airspace. When reliability is key, count on the team at NWUAV. AS9100/ISO9001 (AS9104-1) Certified, DCAA compliant operation.

 Press Releases

  • Northwest UAV has taken their newest engine – the NW-88 multi-fuel twin-cylinder UAV engine – from concept to running prototype with a successful test run in their on-site engine test cell. This marks the conclusion of the design phase of development and begins the test and qualification phase. Based on these successful initial test runs, the NW-88 UAV Engine is set to be qualified and in the skies in 2019.

    McMinnville, OR: After beginning the program early this year and producing a concept prototype just this May, Northwest UAV is proud to announce the completion of the first test runs on its newest engine, the NW-88 multi-fuel twin-cylinder UAV engine.

    Following the successes of the NW-44 engine, the NW-88 multi-fuel twin-cylinder UAV engine is set to fill other mission gaps in the maturing UAS industry. The NW-88 engine is designed to offer endurance and reliability to Group III UAVs (in the 75-150-pound weight class), which are increasingly being used for commercial and military purposes. While organizations are trying to field hobby-grade engines, NWUAV President and Owner Chris Harris has been developing an Aviation Grade solution.

    “With the success of our NW-44 single-cylinder UAV engine offering a more reliable, efficient, cost effective solution for Group II UAVs, it’s just a natural progression for us to offer that same reliability and efficiency for UAVs one weight class heavier that are dealing with the same issues,” Chris Harris said. “Due to their still relatively small size, Group III UAVs (in the 75-150-pound weight class) are experiencing the same endurance and reliability issues in their engine options that the Group II UAVs were facing. We have taken what we’ve learned with the success of the NW-44 engine and applied it to the NW-88 engine. In fact, many of the components on the NW-88 are shared with the NW-44, which reduced the development timeline as well as development costs. Should a customer that operates the NW-44 decide to deploy the NW-88 for an alternate airframe or need more power for a current airframe, many of the spares inventoried for the NW-44 are compatible with the NW-88. This can be very cost effective for our customers.”

    Northwest UAV has set the bar for UAS industry standards in propulsion over the last thirteen years, performing well over 10,000 hours of development testing on multiple platforms. All of NWUAV’s systems are designed to operate on heavy fuel or gasoline and fly for more than 18 hours in a broad variety of climates with the highest power to weight ratio. Their patented cooling systems boast the most comprehensive temperature envelope in the industry. NWUAV has taken extra steps to assure their propulsion solutions are straightforward for ease of maintenance whether on-site at their facility or mission deployed, a critical element for all operators. The NW-88 will continue its testing and fine-tuning in NWUAV’s own climate controlled on-site engine testing facilities which include temperature-controlled test stands and altitude chambers.

    “Using our own testing facilities allows us to control every aspect of testing and to collect all of the data required to be effective and efficient in the development process.” said Jeff Ratcliffe, Chief Technical Officer of NWUAV. “It allows us to confidently say you can fly even the most difficult missions and expensive payloads at the highest altitudes and in the broadest weather conditions because we’ve designed and tested the engine to do just that. The investment we put into testing and perfecting our engines is a big part of the reason the industry is so excited about the NW-88 engine! Well, that and the proven performance and reliability of the NW-44 engine.”The NW-88 engine is set to complete development testing this year and is expected to be in the skies by the second quarter of 2019.

    About Northwest UAV
    As America’s leader in UAV propulsion system design, development and manufacturing, Northwest UAV (NWUAV) continues to earn its reputation for reliable, cost effective and innovative UAV engines and support systems through meticulous engineering, testing, and manufacturing. Founded in 2005 by President and Owner Chris Harris, NWUAV continues to safely and effectively manage all aspects of product development, from initial concept design through production and beyond to maintenance and overhauls. When reliability is key, count on the team at NWUAV. AS9100-D/ISO9001-2015 certified and DCAA compliant operation.

  • McMinnville, OR: Northwest UAV (NWUAV), the largest UAV propulsion system manufacturer in the U.S., has successfully completed the first phase towards Federal Aviation Administration (FAA) 14 CFR Part 21 Type Certification in support of the NW44 type certification program.

    Members of the FAA team, which comprised FAA Flight Standards (AC-AW), AIR UAS Programs and Procedures Division, AIR Policy & Innovation Division and the Engine Directorate, came together on October 16th and 17th at NWUAV headquarters in McMinnville, Oregon for the first gated certification process in collaboration with the FAA.

    NWUAV clearly presented its advanced captures of 14 CFR 33 and 35 data, the process for Risk Assessment utilizing Safety Management principals founded in current Part 5 regulatory basis and the ability to transition to ISO based production capability pursuant to eventual Production Certification and Part 145 services. This critical meeting demonstrated the intent of NWUAV to establish high consequence, critical success attributes in every UAS engine design and subsequently bring the UAS industry to the highest standards in airworthiness and aviation safety. The availability of an FAA 14 CFR 21.17(a) type certificated powerplant will provide significant opportunity for airframe manufacturers to successfully and efficiently navigate the civil certification requirements for their aircraft with an off the shelf availability of a NWUAV Type Certificated engine/propeller set.

    About Northwest UAV
    As America’s leader in UAV propulsion system design, development and manufacturing, Northwest UAV (NWUAV) continues to earn its reputation for reliable, cost effective and innovative UAV engines and support systems through meticulous engineering, testing, and manufacturing. Founded in 2005 by President and Owner Chris Harris, NWUAV continues to safely and effectively manage all aspects of product development, from initial concept design through production and beyond to maintenance and overhauls. When reliability is key, count on the team at NWUAV. AS9100-D/ISO9001-2015 certified and DCAA compliant operation.

  • The NW-44 Heavy-Fuel Engine – Northwest UAV’s purpose-built propulsion system for small unmanned aircraft systems – has now successfully logged over 10,000 combat flight hours and 1000 flights in combat conditions. As the NW-44 Heavy-Fuel Engine continues to set new standards in the field, Northwest UAV is charging forward, building the future of UAS at home.

    February 27, 2019 | McMinnville, OR: Just over a year ago Northwest UAV announced that the NW-44 Multi-Fuel Engine had reached the noteworthy milestone of logging over 1000 combat flight hours. Today, that same engine line has flown over 10,000 flight hours and has logged over 1000 flights. As the NW-44 engine soars, Northwest UAV is hard at work at home, adding manufacturing and office space to their campus as they look to the future of unmanned aircraft systems.

    Purpose-built for Small Unmanned Aircraft Systems (SUAS) that require extreme endurance and high reliability, the NW-44 Engine is a lightweight, multi-fuel UAV engine that has been designed and built to be easily adaptable, meeting the most challenging mission requirements. The NW-44 is a complete turn-key engine system designed to be the Commercial Off-The-Shelf (COTS) solution that virtually eliminates development costs for the OEM, saving customers millions of dollars and several years stuck in the engineering development cycle. Filling a niche in the UAV marketplace, the NW-44 supports aircraft with approximate weights of 40-80 lbs. It is a heavy-duty, reliable, extremely quiet, combat proven engine for the Tier II UAV sector, yet it is still cost competitive with hobby grade systems on a cost-per-flight-hour basis.

    “The engine core is critical to reliability, but it’s just a portion of the overall cost of the entire engine system. This is true whether it’s a hobby engine or a purpose-built engine,” says Chris Harris – President and Owner of NWUAV. “Since we can overhaul the NW-44 multiple times, it spreads out the cost of our engine system over a thousand or more flight hours. It is understandable why companies seeking to minimize development costs have decided to use hobby grade engines in the past. However, once systems reach a decent level of maturity, companies are often are forced to redesign their systems due to inconsistent quality, or parts that go obsolete with little notice, which is commonplace in the hobby engine industry. Now that the NW-44 engine is an option, there is no reason to take those risks!”

    As the NW-44 Heavy-Fuel Engine hits this major milestone of 10,000 combat flight hours and 1000 flights out at the sites, back home, NWUAV continues to evolve, growing its campus to meet not just current, but future needs of the UAS industry. Adding an additional 30,000 sq/ft of facility space to their campus, Northwest UAV is becoming a one-stop-shop for the UAV industry. The design and development effort for the NW-44 defined the way NWUAV approaches engineering projects, as the NW-44 was an internally funded effort, efficiency and speed were mandatory while maintaining high quality. It also helped NWUAV discover gaps in the UAV industry that desperately need to be filled. That’s why NWUAV’s 60,000 sq/ft facility offers dedicated customer services, such as an on-sight machine shop, 3D printing/manufacturing operation, aero/mechanical/electrical engineering services, drafters, technical writers, wire harness production shop, and a fully capable AS9100 production facility all at one location that is DCMA audited. NWUAV has also dedicated up to 15,000 sq/ft of space in the new construction to be divided and isolated for customer defined efforts to support engine, autopilot or payload integration, as well as new UAS development and volume production.

    “We know how difficult it is to bring all these services together, which is why we have worked so hard to create this incubator for the UAS industry. Our customers will be able to bring their solutions to market much quicker while spending less on development” said Heather Sorenson, Director of NWUAV. “Between NWUAV and our well-vetted supply base, we can support ‘build-to-print’ projects or a customer’s clean sheet design, from conception all the way to volume production – all from our campus in McMinnville Oregon.”

    For more information and a spec sheet on the NW-44 engine visit the NWUAV website, or stop by the NWUAV booth, #2427 at AUVSI XPONENTIAL 2019 and get an update on our FAA certification efforts of the NW-44.

    About Northwest UAV
    As America’s leader in UAV propulsion system design, development and manufacturing, Northwest UAV (NWUAV) continues to earn its reputation for reliable, cost effective and innovative UAV engines and support systems through meticulous engineering, testing, and manufacturing. Founded in 2005 by President and Owner Chris Harris, NWUAV continues to safely and effectively manage all aspects of product development, from initial concept design through production and beyond to maintenance and overhauls. When reliability is key, count on the team at NWUAV. AS9100-D/ISO9001-2015 certified and DCAA compliant operation.

  • Northwest UAV’s NW-88 heavy fuel twin-cylinder UAV engine continues to complete successful test runs … And the numbers are impressive. As interest in the engine grows, Northwest UAV looks forward to seeing the NW-88 in the skies later this year.

    McMinnville, OR | April 23, 2019: In just over a year the NW-88 heavy fuel engine has transitioned from concept to prototype to a well-tested engine.  With a market eager for a reliable, efficient engine for Group III UAVs, the NW-88 heavy fuel UAV engine is poised for success, like NWUAV’s NW-44 UAV Engine before it.
    The NW-88 heavy fuel twin-cylinder UAV engine is set to fill mission gaps in the maturing UAS industry, much like the NW-44 UAV Engine has done before it. The aviation grade NW-88 engine is designed to offer endurance and reliability gains to Group III UAVs in the 75-150 pound weight class, which are increasingly being used for commercial and military purposes.

    “We noticed as the popularity of the NW-44 engine grew, that Group III UAVs in the 75-150-pound weight class were experiencing the same endurance and reliability issues that the NW-44 engine addressed in Group II UAVs,” Chris Harris, President and Owner of Northwest UAV said. “OEMs and end users (the OEM’s customers) are hungry for an aviation grade option, which is to say that they are looking for a higher level of maturity, maintainability, reliability, and consistency in their propulsion system. We’ve taken what we’ve learned from developing aviation grade qualities in the NW-44 engine and applied those technologies to the NW-88. In fact, many of the components on the NW-88 are shared with the NW-44.  Utilizing proven components greatly reduced the NW-88 development timeline as well as cost and has resulted in superior test results. In addition, these shared components are cost effective for customers deploying both the NW-44 and the NW-88, which were designed for easy maintenance and overhaul.”

    As NWUAV continues to test the NW-88 heavy fuel engine in their test facilities, market interest in the engine continues to grow.  “We are really pleased with the performance of the NW-88 and are seeing impressive BSFC and HP numbers as it relates to the displacement and overall size and weight of the engine”, said Chris Harris. “When OEM’s select an engine solution they consider many things, but one critical factor that typically gets ignored or overlooked while reviewing performance data is the size of the engine and the associated parasitic drag that will be induced into the airframe, which can have a dramatic effect on endurance.  When developing engine systems, we focus heavily on packaging and reducing the overall footprint by incorporating technology such as our patented conformal muffler designed for best BSFC at cruise.  We have been asked many times about the potential of efficiency gains with direct injection. We have purposefully stayed away from that approach due to the additional parasitic drag that is induced with the increased cylinder height and the limited time for an injection event on small displacement 2 stroke engines.  On a 4-stroke engine there is roughly 270 degrees of crank rotation to inject the required amount of fuel.  On a smaller 2-stroke engine there is about 30 degrees of crank rotation after the transfer and exhaust ports are covered by the approaching piston. This leaves about 2 ms to inject fuel, or ~½” of piston movement, before the spark event … To expect a consistent homogeneous fuel mixture prior to the spark event seems unrealistic.”

    The NW-88 boxer twin has a unique injection strategy that utilizes twin throttle bodies, injectors and dual rotary valve intakes. This engine core design addresses an industry-wide issue with boxer twins, where both cylinders share the lower end volume leading to variable fuel mixtures at different throttle settings and altitudes.  NWUAV’s strategy permits a matched homogeneous fuel mixture between cylinders, which ensures the heavy fuel is well-vaporized prior to entering the cylinder. This leads to impressive BSFC numbers throughout the RPM range.

    “The NW-88 engine is a commercial off-the-shelf (COTS) aviation grade engine just like the NW-44,” Harris explained, “A COTS engine solution saves OEMs a substantial amount of time and money. Rather than trying to develop and mature their own engine system, a process that takes years, Northwest UAV does the work for the OEM. We understand the full progression from the ground up, including the cost and infrastructure required to mature initial engine development systems into qualified tested production products.”

    Find out more about the Northwest UAV NW-88 heavy fuel UAV engine at NWUAV booth #2427 at the largest trade show for unmanned systems, AUVSI XPONENTIAL in Chicago April 30-May 02.

    About Northwest UAV
    As America’s leader in UAV propulsion system design, development and manufacturing, Northwest UAV (NWUAV) continues to earn its reputation for reliable, cost effective and innovative UAV engines and support systems through meticulous engineering, testing, and manufacturing. Founded in 2005 by President and Owner Chris Harris, NWUAV continues to safely and effectively manage all aspects of product development, from initial concept design through production and beyond to maintenance and overhauls. When reliability is key, count on the team at NWUAV. AS9100-D/ISO9001-2015 certified and DCAA compliant operation.


  • NWUAV Propulsion Systems – when reliability is key
    Designed and built in the USA, NWUAV purpose-built engines for unmanned aircraft systems support low altitude, long endurance flights and portable power generation. Ranging from 2 to 60 HP, NWUAV engines run on gas and heavy-fuels. AS9100 Certified....

  • Northwest UAV (NWUAV) designs, produces and manufactures small UAV engines, supporting unmanned aircraft ranging from 40 to 551 lb.* Built for unmanned aerial systems, NWUAV engines are expertly and purposefully designed for small, low altitude aircraft that require fuel-efficiency and portable power generation. Choose the NWUAV propulsion system that fits your unmanned aerial vehicle weight class, plug it in with few, if any modifications, and quickly get your UAV in the air.

    The smallest and most popular of the NWUAV engines is the NW-44 multi-fuel, single-cylinder engine built for 40 to 75 lb* (18 to 35 kg) aircraft. As the most configurable small UAV propulsion system on the market today, the NW-44 is easily scaled with multiple cylinder configurations, distinguishing it from hobby engines. With an advanced, lightweight design and specifications, the NW-44 engine is a professional, superior performance engine for small unmanned aircraft. The core and subsystem components alleviate ITAR and end-of-life concerns and are primed for FAA Certification.

    For slightly larger unmanned aircraft, ranging 90 to 165 lb* (28 to 68 kg), Northwest UAV is in the process of testing the new NW-88 twin-cylinder engine. With borrowed design elements from the NW-44, the NW-88 is set to offer the fuel-efficiency, reliability and durability of the NW-44 for larger aircraft.

    Finally, the largest NWUAV engine, the NW-500 twin-cylinder is designed for aircraft up to 551 lb* (250kg). It is a self-contained, ready-to-fly, gas fueled, bolt-on system with simple interfaces. With its vibration isolation system, the NW-500 is designed to minimize interference with sensitive autopilot and payload electronics.

    Are you actually struggling with engine integration into your unmanned aircraft? Northwest UAV can help with that too! With a team of expert mechanical, electrical and aerospace engineers, NWUAV can help with all phases of your project. Our total lifecycle approach, from modular concept for design and development to manufacturability, ensures proper integration through production. Talk to our team about your engineering project today.

    Made in the USA  
    NW-44 Engine approved for export
    *Depending on airframe.

  • Rotron & RCV Rotary Engines
    The 4-stroke Rotron Rotary engine line features a revolutionary single-rotor design, making it smaller, more powerful and more reliable. The RCV Rotary Engines are ideal for easy calibration, consistent performance and extreme customization....

  • Smaller. Lighter, More fuel efficient. The revolutionary Rotron Rotary UAV engine contains fewer moving parts than piston engines of equivalent power output, allowing it to be considerably smaller and lighter. From the Rotron RT300 Series to the Rotron RT600 Series to the Rotron RT600LCR-EXE - All Rotron 4-stroke UAV Rotary Engines have a high power-to-weight ratio, compact package size and a higher endurance life cycle. With EFI and Jet-A1 options and the ability to customize, a Rotron Rotary Engine may be the perfect fit for your UAV, target drone or VTOL application. All Rotron Rotary Engines feature:

    • High power-to-weight ratio with increased efficiency
    • Compact package size allowing greater fuel and payload flexibility for multi-mission capability
    • Fuel injection and ECU controlled altitude compensation fitted as standard
    • Higher endurance lifecycle
    • Liquid cooling
    • Available in pusher or tractor (puller) configurations, with either direct or reduction drive

    Easy to calibrate. High power to weight ratio. Minimal carbonization. These RCV Rotary valve 4-stroke engines for small UAVs maintain RCV's reputation for easy-to-work-with architecture and engineering. From 1kw to 6kw, single or twin cylinder, off-the-shelf or customized to fit - the RCV engine is available for a variety of applications including unmanned aerial vehicles, micro power generation, and other defense and civilian uses. Whether you choose the RCV20 Inline Single Cylinder Engine designed to replace battery powered UAV systems; or the DF35 Single Cylinder UAV Engine as a more cost effective, multi fuel capable, reliable replacement for existing 2-stroke engines; or the DF70 Twin Cylinder UAV Engine with the same high performance as 2-stroke engines but with the added advantage of excellent fuel economy, low noise output and reliable ignition ... They're all lightweight, easy to customize and calibrate.

    The RCV engine architecture can be configured to:

    • 1kW to 6kW
    • Fuel/oil mix or straight gasoline
    • Capacity range from 20cc (single) to 140cc (twin)
    • Lightweight materials
    • Include generator
    • Dual ignition

    Options and features for all RCV Rotary Engines include:

    • Clockwise or anti-clockwise rotation
    • Cooling fan and shrouds for helicopter use
    • Generator/starter options
    • Multi-fuel operation
    • Fuel Injection
    • Twin cylinder engines can run on a single cylinder in limp home mode
    • Muffler and airbox designs available for low acoustic signature
  • Pegasus Actuators/uAvionix Ping/Veronte Autopilots
    NWUAV DISTRIBUTOR Pegasus Actuators: A broad range of actuators for UAV applications. | uAvionix: The smallest, lightest & lowest power Air Traffic integration solutions for UAVs. | Veronte Autopilots: The professional’s choice for UAV flight controllers....

  • The Pegasus Servo Actuator line offers a wide variety of affordable servo actuators for multiple rotary and fixed wing UAV applications. From the PA-R-440-7, 35Nm (max. torque) to the micro, low-profile PA-R-135-4, 30Ncm, currently the world’s smallest servo in its class, there’s a Pegasus Servo Actuator for any industrial and remotely controlled employment with a range of maximum takeoff weight of 30 to 1000 lb.  Count on Pegasus Servo Actuators for extraordinary power density, precision and reliability. A few notable features:
    • Gear-train service lifetime is improved with a dependable oil bath lubrication
    • Shielded to minimize EMI/RFI susceptibility and magnetic interference
    • Vibration tolerance is enhanced
    • Aerospace specified connectors are incorporated
    • Internal PC-board design and manufacturing complies with IPC-A-600 Class 3
    • Redundant Servo’s include PA-ME3 magnetic deflection and angle sensor
    • Rugged water and dust protected aluminum case

    As the US Distributor for Pegasus Servo Actuators, Northwest UAV will help you find and purchase the actuator that fits your project.

    For your communications, navigation and surveillance (CNS) solutions for manned and unmanned aircraft, Northwest UAV can help you discover and purchase the uAvionix transponder, transceiver and navigation system that fits. Count on uAvionix for real-time sense and avoid technology and ADS-B real-time information transmission, all within proper compliance and safe integration into existing air traffic control and the National Airspace System. Here’s a few noteworthy features:

    • Ping2020 is the world’s smallest, lightest, and most affordable UAT ADS-B transceiver
    • Ping1090 is the world’s smallest, lightest, and most affordable full range ADS-B transceiver
    • Ping 200S/20S ADS-B Mode-S transponders are visible to traditional RADAR & TCAS
    • FYXnav/nav-B brings aviation integrity to UAS, combining WASS SNSS sensors with an integrated RAIM process
    • FYXnav/nav-B combine high-integrity precision SBAS GNSS receivers with RAIM processors

    Talk to us about your communication, navigation and surveillance needs. As the US Distributor, it is our job to help you find and purchase the uAvionix Sense and Avoid technology perfect for your unmanned aerial project!

    Veronte Autopilots for advanced flight control of unmanned systems. A unique lightweight Plug’n Fly control system which embeds state-of-the-art sensors and processors with LOS and BLOS M2M datalink radio. With a Veronte Autopilot, you’ll have fully autonomous control capabilities for improving control of your UAV, RPAS, USV, UGV … This system has user-customizable phases and a standard flight phase database to accommodate any aircraft behavior. Your UAV will be connected to the Veronte Cloud servers using 4G communications with the embedded M2M module which allows UAS operation from the internet and to perform Beyond Line-of-Sight (BLOS). This autopilot is perfect for Unmanned Traffic Management (UTM) systems with its UAV telemetry synchronization and remote monitoring capabilities. Veronte Autopilot meets DO-178C / ED-12 and DO-254 regulation

    • Highly configurable
    • Custom routines, actions, and events
    • Telemetry and log
    • External sensor
    • Payload and Peripheral

    Available is an intuitive control station Veronte developed that permits operators to configure customized environments; this allows control of any Veronte based platform using the same interface, from a PC or tablet running Windows, Linux or macOS.

    Advanced Performance Features

    • One-click missions
    • Sense and avoid
    • Adaptive control
    • Control Modes
    • Gimbal/Tracker stabilization and pointing
    • Simultaneous operation
    • Communications
    • Wind estimation and control correction
    • RTK positioning
    • Dual GNSS
    • Redundant IMU
    • Aluminum enclosure available for added water protection up to IP67 level and EMI/EMC shielding

    Please visit our website or call for more details and we’ll help you to configure your UAV with the most capable flight control system available. With all the features and accessories from Veronte Autopilots your next mission will be an absolute success.

  • UAV Engineering with a total lifecycle approach
    We've built the diverse team of engineers that we know any unmanned project requires, so you don't have to. Rely on our engineering team to take a total lifecycle approach with the design of your propulsion system, from development to flight to repair....

  • Mechanical, electrical, aerospace and physics. We've built the diverse team of engineers that we know any unmanned project would require for proper design and development. Our versatile team of highly trained and skilled engineers will make sure that your propulsion system designed or refined by us, takes a total lifecycle approach. Beyond the SWAP (size, weight and power), our team of engineers knows that in unmanned systems there are other concerns to address in propulsion design and development, including detectability, vibration transmission, lifecycle costs and deployed footprint.

    With attention to manufacturability and an emphasis on low impact maintainability, our team of engineers consider the impact of engine design well before your unmanned system is in the air and far after it lands on the ground. And with our state-of-the-art facility and access to our nearby FAA designated airspace for flying UAVs, our engineers and testing specialists can test and qualify their designs, revising and refining them as needed to develop the propulsion system that will help you make your flight program a success. With our engineering services you could eliminate weeks, months even, in the design and validation of your propulsion system, saving you the time and expense of developing your own team.

    Northwest UAV Engineering Specialties Include:

    • Mechanical Engineers — Who are specialists in each aspect of unmanned design. They can take a concept, develop a prototype, evaluate and refine as needed to produce a production-ready design for use.
    • Electrical Engineers — Use all the latest technologies, including Altium Designer® software, to design and develop circuit and electrical systems with precision.
    • Aerospace Engineers — Are the experts you're looking for in flight and propulsion dynamics. Using a suite of analysis tools, our aerospace engineers understand the dynamics of your entire flight system.
    • Physics — The experts you can rely on for an optimized propulsion system for operation on heavy fuels.

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