Airbags
Fabric Features:
OPW AIRBAG Development Process:
Customer's Drawing -> Technical Review: • Technical requirements • Drawing Optimization • Test Matrix • Raw Material -> Prototype Sample: • Sample Build • Customer's Test • Technical Review • Drawing update and revision if need -> Validation Process: • Design validation • Process validation • Process Capability -> Customer's Approval -> Safe Launch: • Special process control and management -> Serial Production.
The motorcycle airbag is a critical safety device engineered to combat the severe injury risks faced by riders globally, where motorcycles represent over 23% of all road fatalities (WHO data) despite comprising less than 5% of vehicles. As a wearable auxiliary system integrated into vests or jackets, it addresses the "secondary collision" hazard – the deadly impact when riders are thrown onto roads or obstacles after initial contact.
This technology transforms rider safety paradigms, providing biomechanical defense where traditional armor fails – proving indispensable in high-risk regions like Southeast Asia (where motorcycles account for 80% of traffic deaths) and for commuters in congested megacities.
The equestrian airbag system is an engineered safeguard against the severe injury risks inherent to horse riding—where falls occur at average speeds of 50 km/h (FEI studies), with 1 in 5 accidents causing spinal or head trauma. As a wearable integrated into riding vests, it targets the "rotational fall" hazard: when riders are thrown headfirst or crushed under horses during jumps or spooks.
This system redefines equestrian safety—transforming vests from passive padding to AI-driven guardianship. Its adoption by federations from Dubai Endurance Cup to Kentucky Three-Day Event proves critical for protecting both recreational riders and elite athletes against equestrianism's #1 cause of career-ending injuries.
The elderly fall-protection airbag vest is a wearable safety solution designed to address the global challenge of accidental falls among seniors, particularly critical in aging societies like Europe and North America. Utilizing OPW one-piece molded high-strength airbags with three-dimensional tailoring, the vest integrates six key protective zones: hip joints, chest, back, shoulder blades, head (cap-style), and forehead. Embedded micro-sensors continuously monitor the wearer's body movements in real-time, transmitting motion data to an onboard AI chip. Advanced algorithms instantly analyze posture dynamics—upon detecting a fall, the system triggers gas generators to inflate all relevant airbags within milliseconds, absorbing critical impact forces.
This technology goes beyond traditional aids, providing proactive full-body support that enhances elderly independence and reduces healthcare burdens from fall-related injuries.
As the pioneer in one-piece woven (OPW) airbag technology, we deliver mission-specific safety solutions for equipment manufacturers. Our seamless OPW structures eliminate stitch failures-the primary cause of airbag leakage-creating ultra-strong nylon 66 barriers unmatched by traditional methods.
OPW's Universal Protection Spectrum: From motorcycle vests absorbing crash impacts to medical hip protectors cushioning elderly falls, from equestrian spine guards to drone landing systems—our technology adapts to any scenario requiring impact mitigation.
One Principle, Infinite Applications: Industrial fall-arrest harnesses | Micro-mobility collision buffers | Sports injury prevention | Medical rehabilitation aids | Aerospace landing modules.
Customization is our core DNA: We engineer unique OPW solutions for your specific protection challenge—tell us the impact, we craft the defense.
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