Choosing tires for a mid-weight or heavyweight adventure motorcycle is an exercise in compromise. True knobby tires deliver exceptional traction on loose dirt and mud, but wear out rapidly on highway transit sections and feel squirmy under aggressive lean angles. Conversely, street-oriented 80/20 tires provide superb wet pavement grip and mileage, but easily clog up when encountering wet clay, deep gravel, or loose rock trails.
For years, the original Mitas E-07 stood out as a benchmark 50/50 adventure tire. However, as adventure bikes grew heavier, more powerful, and increasingly road-biased, Mitas Moto introduced the E-07 Plus (E-07+).
Designed with larger tread blocks, a rounder profile, and updated rubber compounds, the E-07 Plus aims to bridge the gap between long-distance asphalt touring and genuine off-road capability.
Technical Specifications & Compound Matrix
| Parameter | Mitas E-07 Plus (Standard) | Mitas E-07 Plus (Dakar Edition) |
| Category Classification | 60% Road / 40% Off-Road | 50% Road / 50% Off-Road |
| Identification | Standard Black Sidewall | Yellow Stripe on Tread |
| Carcass Construction | Flexible 3-ply nylon casing | Stiffened 4-ply heavy-duty casing |
| Rubber Compound | High-Silica blend (Enhanced wet grip) | Hardened Carbon-Black blend |
| Tire Profile Shape | Round cross-section (Linear lean) | Round cross-section |
| Tubeless Compatibility | TL (Tubeless) & TT (Tube Type) sizes | TL & TT sizes |
| Expected Tread Life | 8,000 – 10,000 km (5,000 – 6,200 mi) | 10,000 – 13,000 km (6,200 – 8,000 mi) |
| Mounting Difficulty | Moderate (Standard tire levers) | High (Extremely rigid sidewalls) |
1. Tread Architecture & Structural Differences: E-07 vs. E-07 Plus
Understanding how the E-07 Plus behaves requires analyzing its tread geometry relative to the original E-07:
- Crown Profile Curvature: The original E-07 featured a flatter crown profile, maximizing the central contact patch on loose dirt. The E-07 Plus adopts a distinctly rounder cross-section. This curvature allows the bike to tip into turns linearly, behaving much more like a street tire on pavement rather than “falling over” the edge of square tread blocks.
- Void-to-Rubber Ratio: The E-07 Plus utilizes larger individual block lugs with tighter, slightly shallower tread voids. This increased rubber surface area stabilizes the tire on hard tarmac, reducing pattern squirm and improving high-speed braking stability.
- Tie-Bar Structural Bridges: To prevent the shoulder blocks from flexing under heavy cornering loads, Mitas integrated sub-surface rubber tie-bars connecting the outer lugs to the main tread body. This structural bracing ensures predictable edge grip when pushing through twisty tarmac roads.
2. Standard vs. Dakar Edition: Which Compound Do You Need?
Mitas manufactures the E-07 Plus in two distinct iterations: the Standard version and the Dakar edition (identified by a bright yellow stripe painted around the tread circumference).
The Dakar Trade-Off
The Dakar edition incorporates an extra casing ply and a harder, highly abrasion-resistant rubber compound. While it yields 20% to 30% longer mileage and offers extreme puncture resistance for heavy overland expeditions (e.g., loaded BMW R1250GS or KTM 1290 Super Adventure), it comes with notable downsides:
- Reduced Wet Road Traction: The stiffer, low-silica compound struggles to generate heat and micro-mechanical grip on cold or rain-slicked asphalt.
- Trailside Repair Friction: The ultra-rigid sidewalls make demounting or seating the bead with portable trailside tire irons exceptionally difficult without shop tire machines.
For mid-weight bikes (like the Kawasaki Versys-X 300, Yamaha Ténéré 700, or Honda CRF300L), the Standard E-07 Plus is the superior choice. Its high-silica formulation provides vastly superior wet-weather safety on pavement while offering enough carcass flex to conform to rocks and trail obstacles when aired down.
3. Real-World Testing & Field Dynamics
Testing a set of Standard Mitas E-07 Plus tires over 1,000+ kilometers on a Kawasaki Versys-X 300—converted to a tubeless setup running 32 PSI front and rear—reveals distinct characteristics across varied terrain.
┌────────────────────────────────────────────────────────────────────────┐
│ TERRAIN PERFORMANCE BREAKDOWN (E-07 PLUS) │
├────────────────────────────────────────────────────────────────────────┤
│ Dry Pavement / Twisties : █ █ █ █ █ █ █ █ █ ░ (9/10) - Smooth lean │
│ Wet Asphalt : █ █ █ █ █ █ █ ░ ░ ░ (7/10) - Good silica grip│
│ Hardpack Dirt & Gravel : █ █ █ █ █ █ █ █ ░ ░ (8/10) - Direct tracking │
│ Rocky / Quarry Trails : █ █ █ █ █ █ █ ░ ░ ░ (7/10) - Tough carcass │
│ Deep Wet Mud (>3 inches) : █ █ █ █ █ ░ ░ ░ ░ ░ (5/10) - Requires momentum│
└────────────────────────────────────────────────────────────────────────┘
On-Road Handling & Acoustic Profile
On dry pavement, the round crown profile of the front tire provides neutral, effortless turn-in. Unlike blockier 50/50 options like the Continental TKC80, there is zero low-speed handlebar rumble or high-speed head-shake.
On wet pavement, alternate shoulder lugs feature subtle evacuation siping that channels surface water away from the contact patch, maintaining confident traction through wet turns at sensible highway speeds.
Off-Road Capability: Hardpack, Gravel, and Mud
- Front Wheel Tracking: In dry dirt, loose gravel over hardpack, and rocky quarry trails (such as Singapore’s Japanese Quarry), the front tire bites predictably, holding a line without pushing wide.
- Rear Traction & Lateral Slip: The rear tread chevron arrangement delivers strong forward acceleration on hard surfaces. In deep, sticky mud (exceeding 3 inches), the shallower void depth means the tire can clog if wheel spin drops. However, in second gear at steady throttle, the tread pattern acts like a paddle, tractor-climbing out of ruts reliably.
4. Thermal Management & Tread Longevity
Tire wear on adventure motorcycles is primarily driven by thermal buildup during sustained high-speed highway transits. Small, flexible tread blocks (like those on pure knobbies) squirm under load, generating friction heat that rapidly degrades the rubber polymer.
By utilizing larger, continuous tread block masses, the E-07 Plus distributes thermal energy across a broader surface area. Combined with central rubber bridges, this thermal stability allows the rear tire to achieve 8,000 to 10,000 kilometers of service life on mid-to-heavyweight adventure machines—nearly double the lifespan of typical knobby alternatives.
5. 50/50 Benchmark Comparison Matrix
How does the Mitas E-07 Plus compare against its primary dual-sport rivals?
| Model | Street Performance | Off-Road Mud Traction | Tread Life Expectancy | Primary Strength |
| Mitas E-07 Plus | ★★★★☆ | ★★★☆☆ | 8,000 – 10,000 km | Balanced 60/40 handling & road comfort |
| Continental TKC80 | ★★★☆☆ | ★★★★★ | 4,000 – 5,000 km | Exceptional off-road dirt traction |
| Heidenau K60 Scout | ★★★★☆ | ★★☆☆☆ | 12,000 – 15,000 km | Extreme mileage (Solid center belt) |
| Motoz Tractionator GPS | ★★★★☆ | ★★★☆☆ | 10,000 – 12,000 km | Reversible tread pattern for mileage |
6. Final Verdict
The Mitas E-07 Plus earns its position as the “Goldilocks” choice for real-world adventure riders. It avoids the rapid wear and highway noise of aggressive knobbies like the TKC80, while offering far superior mud and trail traction compared to continuous-center tires like the Heidenau K60 Scout.
For riders who log significant highway miles connecting off-road trailheads, the Standard Mitas E-07 Plus delivers an optimal balance of cornering stability, wet-weather safety, and off-road capability.
Watch the In-Depth Video Review
For detailed visual inspections of the tread blocks, tubeless installation notes on the Kawasaki Versys-X 300, and off-road riding footage, watch the complete review on the Reize Productions YouTube Channel: