Oxford TUV/GS Bungee Cord

Oxford TUV/GS Bungee – Heavy-Duty Motorcycle Elastic Strap (24″ / 30″ / 36″)

Secure your gear with confidence using the Oxford TUV/GS Bungee. Available in multiple lengths, featuring top-quality hooks and certified performance for motorcycle mounts.

Product Features

• Available lengths: 24″ (approx 600 mm), 30″ (approx 750 mm), 36″ (approx 900 mm)
• Heavy-duty elasticated strap for strong tension and hold
• Hardened moulded hooks provide better durability and secure attachment
• Flat anti-roll design prevents twisting or rolling under load
• Certified to meet TUV/GS standard for safety & quality
• Suitable for motorcycle luggage hooks, footrest brackets or frame points
• Ideal for securing tail-bags, roll-bags, sub-tank bags or general luggage

Why choose Oxford TUV/GS Bungee

• Tested performance: Built to pass high-level safety certification, giving confidence under load.
• Flexible length options: Choose 24″, 30″ or 36″ to match your bike’s mounting layout and load size.
• Durable materials: Reinforced elastic and moulded hooks resist wear, stretching and weather exposure.
• Motorcycle-specific design: From the flat strap to secure hooks, this is tailored for riders who carry gear and need reliable tie-down.

FAQ

Q1: Which size should I pick for my bike?
A1: Choose a length that gives enough stretch to secure your load without being too slack. For smaller luggage or tighter mounting points, use the 24″; for larger bags or wider racks use the 30″ or 36″.

Q2: Are the hooks strong enough for heavy loads?
A2: Yes, the hooks are hardened and moulded for durability, designed to withstand regular use and motorcycle vibrations.

Q3: Can this strap be used for off-road or adventure touring?
A3: Absolutely — it’s built for motorcycle use with secure attachment points, strong materials and approved safety testing for demanding conditions.

Q4: Does the flat strap design help prevent rolling or twisting under load?
A4: Yes — the anti-roll flat design helps keep the strap stable and prevents it from twisting around the load during ride vibrations.