Flight Air - Black

RM1,059.00

or 3 payments of RM353.00 with

Engineered for hot-weather urban riding, the Flight Air Jacket delivers a sophisticated bomber-style aesthetic with high-performance ventilation for the modern city commuter. The chassis features extended 3D mesh panels and high-flex polyfabric reinforcements to provide superior airflow alongside CE Class A certified abrasion resistance. This Tech-Air® Ready jacket includes Nucleon Flex Plus Level 1 armor in external pockets and is compatible with the Tech-Air® 5 System or Tech-Air® 3 V2 System for advanced torso protection.

3D Mesh Ventilation: Extended mesh panels on front, sleeves, and back maximize airflow for all-day comfort in extreme heat
Bomber-Style Construction: Urban-inspired ergonomic fit with ribbed stretch details combines street style with riding comfort
External Protector Pockets: Quick-access armor compartments enable on-bike adjustment and add technical styling
Nucleon Flex Plus Armor: CE Level 1 shoulder and elbow protection provides breathable, flexible impact defense
Tech-Air® Compatible: Integrates with Tech-Air® 5 PLASMA, Tech-Air® 5, and Tech-Air® 3 airbag systems for advanced crash protection
Adjustable Fit System: Volume adjusters and back protector cord lock ensure secure, personalized on-bike positioning
CE Certified Class A garment meeting EN 17092 standards for comprehensive street riding protection
Nucleon Flex Plus Level 1 protectors at shoulders and elbows deliver impact protection with optimal energy absorption
Integrated back protector pocket with cord adjustment system secures protection close to the body for enhanced impact performance
High-flex polyfabric reinforcement in critical abrasion zones: shoulders, forearms, central back, and front pockets
External protector pockets allow quick armor verification and adjustment without removing the jacket
Tech-Air® Ready: compatible with Tech-Air® 5 PLASMA, Tech-Air® 5, andTech-Air® 3 electronic airbag systems for advanced torso protection
Sleeve adjusters lock elbow protectors in position during impact scenarios