The advantages of electric motorcycles in privacy and low maintenance have been recognized by public service fleets for years. But a large number of manufacturers are now engineering two-wheelers specifically for military applications. Silent running, near-zero thermal signature, swappable batteries, and the ability to operate in extreme terrain are no longer just nice things, they’re the design brief. Five machines currently show where this category is headed.
STRiX Hard Enduro
Slovenian company STRiX eMotors was founded in Maribor in 2023 with a single goal: to create an electric hard-enduro motorcycle to military standards. It presented the prototype at EICMA 2024, and the production machine began deliveries in 2025.
The numbers are grim. The STRiX Hard Enduro produces 70 kW and 1,050 Nm of torque at the rear wheel. Its weight is 138 kg and its maximum speed is 130 km/h. The 6.3 kWh NMC battery supports DC fast charging up to 18 kW via CCS, which takes the pack from 20 to 80 percent in about ten minutes. It can also be changed within a minute. The chrome-molybdenum frame has Showa suspension at the front and an Öhlins unit at the rear. All components are waterproof, and the bike includes a reverse gear, which is useful in tighter operating conditions where the combustion engine requires far more complex maneuvering.
In stealth mode, the STRiX remains quiet within 20 meters and produces a significantly lower infrared signature than an internal combustion engine. The platform supports up to 150 kg of cargo, including weapons, gear and spare batteries, with dedicated mounting points throughout the frame. STRiX has been evaluated by the Belgian Army, tested by NATO troops and the US Navy, and demonstrated to the defense ministries of Slovenia and Estonia. Pack was present at the Belgian Army evaluation.
STRiX has also announced a Dakar Rally program in collaboration with Portuguese rider Pedro Bianchi Prata, targeting the Mission 1000 category from 2027. The Road to Dakar serves as both a development program and visibility game for a company that built its reputation in defense before moving into civilian and competitive markets.
usc wolfstorm
Born directly out of the conflict on Ukrainian soil, Wolfstorm is a product of real battlefield demand. Developed by Ukrainian company UkrSpecConsultingThe bike was tested with the special operations forces of the Armed Forces of Ukraine and, in May 2026, was officially codified and approved for military service by the Ministry of Defense of Ukraine. In 2026, the Defense Procurement Agency signed a contract for 1,500 units, triple the previous year’s procurement volume.
The Wolfstorm is built around an 8kW mid-drive brushless DC motor, centrally mounted for optimal weight distribution over rough terrain. It weighs 105 kg and carries a payload of 200 kg, which is enough for two soldiers in full combat gear. Top speed is at least 80 km/h, and range from the 72V, 60Ah lithium-ion battery is rated at 100 km. A full charge takes about four hours, but the battery can be replaced in the field as an alternative to waiting. The electrical system carries an IP66 protection rating, which means it works without any issues in dust, dirt, rain, and high humidity. Ground clearance is 380 mm.
The Defense Ministry of Ukraine specifically cited silence, absence of thermal footprint and the ability to carry two soldiers as key reasons for adoption. The Wolfstorm is cleared for reconnaissance, EOD transport, UAV crew deployment, logistics, casualty evacuation and facility patrol duties. Chain drive – faster than belt, but easier to repair with common tools in the field – reflects a deliberate design priority: stability in combat conditions, not refinement.
Our German mediapartner recently published an article about Wolfstorm:
Northforge Dispatch
Canada’s entry into the space comes from Alberta-based Northforge Mobility. Dispatch is a sovereign Canadian platform, with the company citing 80 percent Canadian content and a design philosophy that clearly aligns with NATO and allied procurement standards.
The specification sheet covers the full range of operational challenges: temperature performance from minus 45 to plus 45 degrees Celsius, a claimed range of up to 200 km and a payload capacity of 200 kg. Noise output is limited to a maximum of 50 decibels. The thermal signature is described as only five degrees above ambient: a direct response to the increasing prevalence of thermal optics and drone-based surveillance on the modern battlefield. The battery system is divided into independent modules, allowing dispatch to remain operational even if one section is disabled. Changing the battery takes less than a minute. The platform is packaged in a five-by-three-by-two-foot logistics footprint and can be reconfigured for multiple mission profiles using integrated hard points. Maintenance is designed to require only common tools and minimal technical knowledge, reducing demands on field logistics.
Intended roles include dispatch rider operations, UAV deployment, ISR support, casualty extraction via medical trailer hitch, remote power generation, and Arctic mobility. Northforge is currently inviting defense procurement inquiries and partnership discussions through its website.
GR1T Motorcycle Raider
Italy’s GR1T motorcycles take a different approach to the military sector: Instead of building a dedicated defense vehicle, the Berlin-based startup has expanded its existing G1 platform into a dual-use configuration called the Raider, which was unveiled at the Motor Bike Expo in Verona in early 2026.
The Raider is built on the same architecture as the G1S street motorcycle and G1X Scrambler, adding infrared shielding on the motor, inverter and battery to reduce thermal detectability under sustained load. Electric motorcycles naturally avoid the exhaust heat signature of combustion engines, but powertrain components still generate detectable thermal output during extended operation. The GR1T addresses this directly as a design constraint. The Raider also features heavy-duty waterproofing, increased ground clearance, off-road tires, an extended and reinforced rear section with multiple hard mounting points for equipment, and additional attachment options throughout the frame.
Performance figures are derived from the proven G1 platform: a maximum output of 27.8 kW, a top speed of 130 km/h, and a range of up to 150 km depending on configuration and use. Two removable batteries are standard. The GR1T is clear in that the Raider is a concept statement at this stage – a demonstration of how far the G1 architecture can stretch, rather than a finished product ready for purchase. That honesty deserves attention. The G1S and G1X are products that are moving towards production; Raider signals intent and tests whether the platform architecture is within the more difficult design brief.
ACS EMU
The EMU comes from a different direction than the other machines on this list. ACS Armored Car System is a German company based in Friedberg, part of the family-owned GRUMA Group, with decades of experience building custom operational vehicles for military and security customers. Their product range includes the ENOK family of armored carriers, which are supplied to armed forces throughout Europe. The EMU is their electric motorcycle entry, built on the platform of French manufacturer Electric Motion, a company with a strong track record in high-performance off-road electric bikes.
ACS brings systems integration and military context to that foundation. The EMU has been iteratively developed using direct feedback from soldiers, resulting in a machine whose specifications reflect actual operational requirements rather than predicted requirements. It weighs 80 kg, has a top speed of 77 km/h and offers a range of 60 km with a swappable battery that gets fully charged in about two hours and fifteen minutes at 25A. Power output ranges from 6 to 11 kW depending on mode, with 600 Nm of torque at the rear wheels. Three engine maps – Off-Road, Wet and Performance – cover the main tactical environments. The bike can be run on a 125cc license, reducing the training burden for military units.
The most distinctive aspect of the ACS proposal is the integration angle. The EMU is designed to be deployed independently or in direct combination with the operational vehicle of ENOK AB, ACS. This pairing opens up tactical options that no single platform provides alone: a small unit can arrive by vehicle and deploy immediately on foot or by bike, depending on the situation, without the need for separate logistics for a motorcycle. For a company whose business is providing complete system solutions to defense customers, the EMU is less a standalone product than an element in a broader capability package.
more players in the field
These five are not alone. The electric motorcycle industry has been developing military-grade or military-adjacent platforms for more than a decade, and the field is much broader than it appears. zero motorcycles It has the longest track record in this field, having developed the MMX specifically for the US Special Operations Command in 2013: a purpose-built military machine with swappable batteries, infrared lighting integration and full immersion capability. The MMX has since been evaluated and deployed by special operations units in several countries, and zero fx Models have been seen mounted on Black Hawk helicopter stub wings by UAE special forces.
Video © Dian Motors & Sarrone Canada
In addition to dedicated constructions, several manufacturers produce platforms that lend themselves to military customization: sur-ron and other lightweight electric off-roaders have been used informally by Ukrainian forces throughout the conflict with Russia. The five machines mentioned here represent just a few of the purpose-built military electric motorcycles, but they exist within a much larger and still-growing ecosystem.
