Ukrainian Startup Launches Production of Segmented Combat Wheels

Why It Matters

The technology boosts operational readiness of unmanned and manned ground platforms by removing tire‑related downtime, a critical advantage in contested environments. It also showcases a low‑cost, recyclable solution that could influence broader defense logistics and commercial off‑road markets.

Key Takeaways

• Airless wheels eliminate punctures on military drones.
• Modular segments replace damaged parts without full wheel removal.
• Produced from recycled vulcanized rubber on steel frames.
• Scalable sizes fit armored vehicles and heavy equipment.
• Volunteer‑funded deliveries supply wheels free to Ukrainian forces.

Pulse Analysis

Punctured tires have long plagued both manned and unmanned ground systems, especially in the harsh terrains of Eastern Europe where debris, shrapnel and sharp metal fragments are common. Ukrainian forces have repeatedly faced mobility losses when logistics drones or engineering vehicles suffer tire failures, forcing costly repairs and exposing crews to danger. Qirim Technology’s airless wheel concept directly addresses this vulnerability by removing the need for pressurized rubber, offering a solution that aligns with the urgent demand for resilient mobility on the front line.

The segmented wheel architecture combines a steel hub with interchangeable rubber modules fabricated from recycled vulcanized rubber. Each segment bears a portion of the vehicle’s load, so a single damaged piece can be swapped out in the field without dismantling the entire wheel. This modularity shortens repair cycles, cuts spare‑tire inventories, and simplifies supply chains—a decisive logistical advantage for units operating autonomous platforms that lack onboard maintenance crews. Moreover, the ability to customize wheel dimensions—from 11.00 R16 for Puma APCs to 14.00 R20 for larger engineering machines—means the technology can be scaled across a wide spectrum of military hardware.

Beyond immediate battlefield benefits, the airless wheel’s recyclable construction and low‑maintenance profile position it for broader adoption in civilian sectors such as construction, agriculture and off‑road transport. As defense budgets increasingly prioritize sustainability and cost‑efficiency, Qirim Technology’s model may set a benchmark for future non‑pneumatic tire development worldwide. Continued volunteer‑funded support and potential export contracts could accelerate commercialization, turning a wartime innovation into a global standard for rugged mobility.