The Talaria Komodo front brake assembly delivers exceptional stopping power tailored for high performance electric dirt bikes 2026, ensuring rider safety and control during aggressive off-road adventures. This OEM hydraulic disc system features a 220 mm front disc paired with a robust 4-piston caliper, engineered to handle the Komodo’s peak 32 kW power and 754 Nm torque without fading under intense use.
Key Features
High-quality sintered brake pads provide superior bite and heat dissipation, ideal for the Komodo’s rapid 0-48 km/h acceleration in under 2 seconds. The assembly integrates seamlessly with the bike’s forged alloy frame and 43 mm inverted forks offering 250 mm travel, maintaining precise modulation on rugged terrains. DOT 4 brake fluid ensures responsive lever feel, while the banjo bolt and stainless steel lines resist corrosion from mud and water exposure common in enduro riding.
Performance Benefits
Riders praise the Talaria Komodo front brake assembly 2026 for its progressive braking, preventing wheel lockup even at top speeds exceeding 100 km/h. Compared to earlier Talaria Sting models, the upgraded 4-piston design eliminates the previous lackluster performance, matching gas-powered dirt bike standards with minimal maintenance. Regenerative braking complements the hydraulic system, extending range while the mechanical brakes handle emergency stops flawlessly.
Installation Guide
Replacing the front brake assembly starts with loosening the master cylinder banjo bolt and bleeding the system to remove air bubbles. Slide in new pads (part 35453-56D00-000) with the included spring clip, torque caliper bolts to spec, and test lever free play. Full kits from authorized dealers like Electric Bikes include all components for plug-and-play fitment on MX5/TL5500 variants.
Maintenance Tips
Inspect pads every 50-100 hours of riding; replace when down to 1 mm thickness to sustain braking efficiency. Upgrade to Brembo aftermarket pads for even longer life and race-level grip on the Komodo’s 21-inch front wheel. Regular cleaning prevents grit buildup, preserving the assembly’s reliability for steep 40° climbs and jumps
