Soft Bicycle 360 Approved by Euro NCAP for Realistic and Durable ADAS Testing

Why It Matters

Cyclist fatalities are rising in the EU, and accurate ADAS testing is essential to develop systems that can protect vulnerable road users. Euro NCAP certification ensures the Soft Bicycle 360 will become a benchmark tool for manufacturers seeking safer vehicle‑cyclist interactions.

Key Takeaways

• Euro NCAP certifies Soft Bicycle 360 for ADAS testing.
• Target 30% lighter than comparable models, maintains stiffness.
• Single-piece frame eliminates connectors, reduces rebuild time.
• Foam‑wrapped rider mimics radar reflectivity for sensor calibration.
• Soft nylon spokes prevent vehicle damage during impact.

Pulse Analysis

Cyclist safety has moved to the forefront of European road‑safety agendas, driven by a steady increase in cyclist fatalities. Euro NCAP, the continent’s leading safety assessment program, has responded by expanding test scenarios that involve vulnerable road users. However, realistic testing hinges on high‑fidelity targets that can emulate a cyclist’s physical and sensor characteristics without compromising test vehicle integrity. The Soft Bicycle 360 addresses this gap, offering a purpose‑built solution that aligns with Euro NCAP’s stricter evaluation criteria.

The Soft Bicycle 360 distinguishes itself through a blend of lightweight engineering and robust construction. At 30% less mass than legacy targets, its single‑piece rubberized frame eliminates fragile connectors, cutting down on post‑impact rebuilds. Internally, reinforced ribs provide the necessary stiffness, while the rider’s limbs are crafted from foam wrapped in abrasion‑resistant fabric to mimic real‑world radar reflectivity. The wheel assembly employs a soft foam core with a rubber skin and soft‑nylon spokes, reducing hard‑point contacts that could damage test vehicles and ensuring consistent lateral force behavior across speeds.

For OEMs and ADAS developers, Euro NCAP’s endorsement of the Soft Bicycle 360 signals a new standard for cyclist‑related testing. The target’s durability and sensor‑accurate reflectivity enable more repeatable, high‑volume testing cycles, accelerating the validation of collision‑avoidance and emergency‑braking algorithms. As manufacturers integrate these insights, we can expect a cascade of safer vehicle designs, tighter regulatory compliance, and ultimately, a measurable decline in cyclist injuries across Europe.