Permanent Magnet Synchronous Motor (PMSM)
The BYD Atto 3 is powered by a front-mounted electric motor that delivers a linear and responsive driving experience. Unlike internal combustion engines, this motor provides maximum torque instantly. In global markets, it typically produces 150 kW (approx. 201 bhp), while some regional variants (like the Advance trim in Nepal) are tuned to 100 kW to optimize efficiency and local tax compliance. It features a highly integrated 8-in-1 electric powertrain system that optimizes space and efficiency.
Max Power: 201 bhp (150 kW) / 134 bhp (100 kW)
The power output varies by trim and region. The "Superior" or "Extended" versions boast a robust 201 bhp, making it one of the most powerful SUVs in its segment. The "Advance" variant is capped at 134 bhp (100 kW). This power is managed by an sophisticated Electronic Control Unit (ECU) that ensures smooth delivery without the "jerkiness" often associated with early-generation EVs.
Max Torque: 310 Nm
Torque is the standout figure for the Atto 3, providing a consistent 310 Nm from 0 RPM. This allows for effortless overtaking and strong climbing capability, which is particularly useful in hilly terrains. The torque-to-weight ratio is engineered to provide a "sporty" feel while maintaining cabin silence.
Battery Capacity: 49.92 kWh / 60.48 kWh
The Atto 3 utilizes BYD’s proprietary "Blade Battery" (Lithium Iron Phosphate - LFP). The 49.92 kWh pack offers a WLTP range of approximately 345 km, while the larger 60.48 kWh pack extends that to 420 km (WLTP). The Blade Battery is famous for passing the "Nail Penetration Test," proving it is one of the safest battery designs globally, resistant to thermal runaway.
0-100 km/h: 7.3 Seconds
For the 150 kW version, the Atto 3 clocks a 0-100 km/h sprint in just 7.3 seconds, placing it in the territory of many performance-oriented petrol sedans. The 100 kW version is slightly more conservative, reaching the mark in approximately 10.1 seconds.
Top Speed: 160 km/h
The top speed is electronically limited to 160 km/h (approx. 100 mph). This limitation is a standard practice in electric vehicles to preserve battery health and prevent excessive energy consumption at high RPMs, ensuring the motor operates within its peak efficiency window.
