Description
265/65R17 BFGoodrich KO3 T/A RWL 116/113S – Rugged All-Terrain Performance
The 265/65R17 BFGoodrich KO3 T/A RWL 116/113S is a premium all-terrain tyre designed for drivers who demand lasting off-road traction, rugged durability and confident on-road behaviour. Engineered for 4x4s, SUVs and bakkies, this tyre delivers dependable performance across gravel, dirt and tar surfaces while maintaining a comfortable and stable ride. It’s also commonly searched as 26565R17, 265-65-17, 265/65/17 or 2656517, improving visibility in online searches.
Aggressive Off-Road Traction
The KO3 T/A RWL features an advanced tread design with interlocking tread blocks and rugged shoulder lugs that enhance traction across mixed terrain. Deep grooves and stone ejectors help clear debris from the tread, maintaining grip in mud, sand and rocky conditions without compromising on-road stability.
Durability & Rugged Construction
Built with BFGoodrich’s tough compound and reinforced casing, this tyre provides excellent resistance to cuts, chips and impact damage. The rugged sidewalls and robust design offer confidence when tackling demanding off-road trails or carrying heavier loads, while the 116/113 load rating supports excellent load-carrying capability.
Comfortable On-Road Handling
Despite its aggressive tread design, the KO3 T/A RWL remains composed on tar roads. The balanced pattern helps reduce road noise and vibration, delivering a smoother and quieter ride compared to many off-road tyres. Predictable handling and braking make it suitable for daily commuting and long highway journeys.
Key Features & Benefits
- Rugged all-terrain traction on and off road
- Durable construction with enhanced cut and chip resistance
- Stable on-road handling and predictable braking
- Reduced road noise for improved comfort
- Ideal for 4x4s, SUVs and bakkies in varied conditions
The 265/65R17 BFGoodrich KO3 T/A RWL 116/113S is an outstanding choice for drivers seeking a legendary all-terrain tyre that balances off-road capability with everyday versatility and comfort.
