Ukrainian Startup Develops Puncture-Proof Wheels for Military Drones & Vehicles

February 24, 2026 – A Ukrainian technology firm has begun production and delivery of a novel airless wheel system designed to enhance the mobility of military vehicles and drones, potentially mitigating a critical vulnerability on the battlefield. Qirim Tech announced the rollout of the segmented, puncture-proof wheels, which are currently being supplied to Ukrainian military units through volunteer-funded initiatives.

The innovation addresses a persistent challenge in modern warfare: the debilitating effect of tire punctures on operational effectiveness. According to Qirim Tech, the new wheels eliminate this risk entirely by replacing traditional pneumatic tires with a modular structure composed of interconnected, airless segments. This design allows for rapid replacement of damaged sections without requiring complete wheel disassembly or lengthy repair procedures.

“The primary advantage of the design is ‘the complete absence of punctures,’” the company stated, emphasizing the wheels’ construction from solid, non-pneumatic components. The modularity extends beyond simple repair; Qirim Tech claims the system can be adapted to a wide range of vehicles, from robotic platforms to armored personnel carriers like the Puma and Stryker, and even heavier engineering equipment.

The wheels are manufactured using recycled vulcanized rubber mounted onto a steel frame, a combination intended to provide both durability and traction across diverse terrains. The company asserts the wheels perform well in challenging conditions, including muddy fields, rocky surfaces, and sandy environments – conditions frequently encountered in the ongoing conflict.

The development of this technology comes as Ukraine continues to innovate in response to the demands of its defense against Russia. While the conflict has brought immense hardship, it has also spurred a surge in domestic defense technology development, particularly in the realm of unmanned systems. The airless wheel system is particularly relevant for unmanned ground vehicles (UGVs), which are increasingly used for logistical support, reconnaissance, and explosive ordnance disposal – missions where mobility is paramount and the risk of tire damage is high.

Qirim Tech highlights the adaptability of the wheel system, offering to manufacture wheels to specific customer requirements. “We are ready to manufacture wheels of any size on request,” the company said. “Simply provide specifications such as rim diameter, width, axle load, and other parameters, and our engineers will create the optimal solution.”

The concept of airless tires is not new, but the segmented approach adopted by Qirim Tech offers a potential advantage in terms of repairability and adaptability. Traditional airless tires often rely on complex internal structures to provide cushioning and load-bearing capacity, making them difficult to repair in the field. The modular design of the Qirim Tech system allows for targeted replacement of damaged segments, minimizing downtime and logistical requirements.

The initial deliveries of the airless wheels are being facilitated through volunteer networks, underscoring the critical role of non-governmental support in equipping the Ukrainian armed forces. While the system is currently in the early stages of deployment, Qirim Tech is actively seeking investors to scale up production and meet potential demand from both domestic and international customers.

The emergence of this technology reflects a broader trend in military innovation: a shift towards more resilient and adaptable systems capable of operating in contested environments. The ability to maintain mobility in the face of damage is a key factor in modern warfare, and the Qirim Tech airless wheel system represents a potentially significant step forward in addressing this challenge. The company’s focus on modularity and ease of repair could prove particularly valuable in prolonged conflicts where logistical supply lines are strained.

While the long-term impact of this technology remains to be seen, its development underscores Ukraine’s growing capacity for indigenous defense innovation. The ability to rapidly adapt and develop new technologies in response to evolving battlefield conditions is becoming increasingly important in modern conflicts, and Ukraine’s experience in this regard may offer valuable lessons for other nations facing similar challenges.