The MITAS Enduro Trail+ Dakar Rear Tire, part number 70001039, is engineered for dual purpose adventure touring motorcycles, offering a balanced blend of on-road durability and off-road capability. Constructed with an ultra heavy-duty dual compound, this tire delivers up to 20% more mileage compared to standard tires, making it an ideal choice for long-distance riders. Its reinforced carcass provides near puncture-proof performance, ensuring reliability in challenging terrains. The large chevron-style block pattern combined with independent shoulder knobs allows for superior handling and even wear on paved surfaces while maintaining stable, predictable off-highway performance.
The tire's design facilitates seamless pairing with other E-07/E-07+ or Enduro Trail 60/40 and 50/50 tires, enabling riders to customize their setup for specific riding conditions. The yellow stripe sidewall marking indicates a stiffer sidewall and carcass, offering enhanced stability and longer-lasting rubber compounds.
Suitable for approximately 60% road and 40% off-road use, this tire is optimized for adventure and dual sport motorcycles that demand versatility and durability. The E-07+ sidewall marking confirms its status as a highly popular and reliable choice within the off-road community. Replacing the previous E-07+ line, the Enduro Trail+ Dakar is recommended for riders seeking a dependable tire that excels in a variety of terrains, ensuring confidence on both paved roads and rugged trails.
Features:
- Ultra heavy-duty dual compound for maximum durability and extended mileage
- Reinforced carcass for near puncture-proof performance
- Large chevron-style block pattern with independent shoulder knobs for optimal handling
- Yellow stripe sidewall marking indicates stiffer sidewall and longer-lasting rubber
- Designed for 60% on-road and 40% off-road use on adventure and dual sport motorcycles
- Compatible with other E-07/E-07+ or Enduro Trail tires for customized performance
- Replaces E-07+ adventure tire line, offering enhanced features and durability