TALARIA STING MX5 PRO

Talaria Sting MX5 Pro – UNMATCHED Power & Performance

Designed to provide supreme electric off-road capability, the impressive new Talaria Sting MX5 Pro represents the latest offering from Talaria. As the most potent Talaria model released to date, the MX5 Pro incorporates a new 72V/40Ah battery, distinguishing it from most competing models. Experience increased torque, faster acceleration, and elevated top speed through a 45% power boost compared to current 60V Talaria versions. Notable features include robust motocross-specification brakes, 3 riding modes (including a high-performance "hyper" setting), 4 levels of regenerative braking, a color TFT screen, and numerous other enhancements. A powerful IPM motor and intelligent gearbox provide instant torque and quiet performance, signature characteristics of the Talaria lineup.

Combining exceptional high-specification features with an accessible price point, the Talaria Sting MX5 Pro serves as the ideal choice for riders pursuing the apex of electric lightweight off-road capability.

Talaria MX5 Primary Features

• 72V 40Ah battery with Samsung 50S cells (2,880 WH)
• Enhanced braking capability (220x3mm brake discs, larger calipers & DOT redesigned master cylinders)
• Adjustable air and dual spring suspension optimized for superior off-road performance (upgraded from MX4)
• 3 riding modes including hyper performance setting (exclusive to the Talaria Sting Pro/MX5)
• CNC machined black footpegs
• Color TFT screen
• Straight-pull CNC machined wheel hubs with strengthened spokes
• Regenerative braking (including regenerative brake lever)
• Headlight control switch
• Internal reinforced gearbox for quiet, dependable power (eliminating worn or broken belts)
• DC IPM motor

Talaria MX5 Technical Specifications

STING MX5 BATTERY

The Talaria MX5 operates on a 72V/40Ah lithium-ion battery pack, delivering a substantial 2,880 watt-hours of energy. It represents the most powerful battery in the Talaria collection and optimizes the MX5 Pro's range, acceleration, and maximum speed.

Incorporating advanced lithium-ion cells, a sophisticated battery management system (BMS), and a carefully designed internal configuration, this power pack ensures outstanding performance and distance for all your trail riding experiences. It can also be quickly exchanged for virtually endless range with a fully charged backup.

STING MX5 BRAKES

An improved motocross-style braking system establishes a new benchmark for performance and safety. This upgraded configuration features a substantial 220mm disc with 3mm thickness, providing excellent heat management and stopping capability. A larger, more effective caliper and reinforced brake line help the Talaria Sting Pro withstand the demands of aggressive off-road riding.

A redesigned master cylinder further enhances braking response, guaranteeing precise control with each lever pull. Combined, these improvements significantly increase braking power, providing riders with exceptional confidence and control.

STING MX5 CONTROLLER

The Sting MX5 controller represents an engineering achievement, combining premium hardware, outstanding design, and advanced programming. It features remarkable transient current impact resistance and powerful anti-interference capabilities. With precise electronic braking voltage and discharge current management, comprehensive error detection, and strong protection against temperature extremes, the controller maintains maximum reliability. Its runaway prevention feature and intelligent energy recovery optimize every ride, delivering not only exciting power and safety but also remarkable range.

STING MX5 POWERTRAIN

The Sting MX5 incorporates a custom powertrain design ideally suited for a lightweight electric motocross bike. Its core component is a high-efficiency, brushless internal permanent magnet (IPM) motor, employing premium magnet materials and advanced engineering. Combined with precision-manufactured gears, the gearbox functions with exceptional quietness and longevity, greatly exceeding traditional belt-driven systems. Bid farewell to concerns about belt failures and welcome a new standard of smooth, reliable performance.