Runva | Fixing Bolt for Hook Placement - Can Only Fit as per Picture (Bullbar with Flat Surface)
Why This Product Stands Out
🔩 Purpose-built fixing bolt — engineered specifically to mount a winch hook where the design calls for a flat surface on a bullbar.
⚙️ Accurate fitment requirement — fits only as shown in the picture — a bullbar with a flat mounting surface — ensuring secure and reliable installation.
💪 Heavy-duty strength — made from durable materials designed to withstand recovery loads and repeated use.
🛠️ Simple installation — straightforward bolt-on solution when paired with the correct mount surface.
🚗 Ideal match for recovery gear — supports safe and secure hook placement during winching, towing, or rigging tasks.
Product Details
The Runva Fixing Bolt for Hook Placement is a specialised fastening component designed to secure a winch hook to a compatible mounting surface. This bolt is intended for use on bumpers or bullbars that feature a flat surface — as shown in your reference imagery — and cannot be adapted or used in other configurations.
Constructed from rugged, high-strength materials with corrosion-resistant treatment, this fixing bolt provides the secure anchoring point needed when placing a hook for recovery or towing. Because it is matched to a flat surface design, proper application and orientation are critical — ensuring the hook remains firmly in place under load.
⚠️ Important: This fixing bolt is only compatible with the flat mounting surface configuration shown. It will not adapt to recessed, angled, or non-flat bullbar structures.
Included
• Runva fixing bolt for hook placement
• Washer(s) and nut(s) as needed
• Installation guide
Tech Specs
Type: Fixing bolt for hook placement
Compatibility: Bullbars with flat mounting surface only
Material: Heavy-duty corrosion-resistant steel alloy
Function: Securely mounts hook to flat bullbar surface
Brand: Runva
Lead Time Note
If this item is out of stock, a 4-week lead time may apply. Please contact us to confirm availability before placing your order.
