Chery Positions the Exeed EX7 as Its Global Electric Flagship
Chery has opened blind pre-orders for the Exeed EX7 at 999 yuan per deposit, signaling confidence in a vehicle that has not yet received full public pricing. The EX7 represents an updated version of the Exlantix ET, repackaged for overseas markets under the Exeed brand. Two powertrain families will be available: extended-range electric (EREV) and pure battery electric (BEV).
The EREV models pair a 1.5-liter turbocharged engine with an electric motor and offer buyers a choice between 39.8 kWh and 39.9 kWh battery packs. Those capacities translate to 182 km and 203 km of pure electric range respectively. The difference between the two packs is marginal enough that the decision will likely come down to trim-level bundling rather than any meaningful range anxiety calculation.
Full Electric Models Target the 700 km Barrier
The BEV configuration takes a more aggressive approach. A dual-motor layout places a 123 kW unit at the front axle and a 230 kW motor at the rear, delivering combined output that should make the EX7 genuinely quick in a straight line. Feeding those motors is a 97.682 kWh battery from Chery's in-house Rhino battery division, yielding a claimed range between 682 and 726 km depending on spec.
That range figure puts the EX7 in direct competition with the NIO ES6 and Tesla Model Y Long Range variants sold in China. Whether the numbers hold under real-world highway conditions remains to be verified, but the battery capacity alone suggests Chery is not relying on optimistic efficiency claims to reach those targets.
Aviation-Grade EMB Braking Sets It Apart
Perhaps the most technically interesting detail is the adoption of Electro-Mechanical Brake (EMB) technology, which Chery describes as "aviation-grade." Traditional hydraulic braking systems use fluid pressure to actuate calipers. EMB replaces that hydraulic circuit with electric motors mounted directly at each wheel, eliminating brake fluid entirely.
The advantages are tangible: faster response times, more precise brake force distribution across individual wheels, and simplified maintenance since there is no hydraulic fluid to degrade over time. EMB also integrates more naturally with advanced driver-assistance systems, as electronic control of braking force removes the mechanical latency inherent in hydraulic lines.
Few production passenger vehicles currently use full EMB systems. Most automakers have adopted brake-by-wire partially, retaining hydraulic backup circuits. Chery committing to this technology in a volume model rather than a limited halo car suggests the supplier ecosystem for EMB components has matured faster than many analysts expected.
Dimensions and Packaging
At 4,988 mm long, 1,975 mm wide, and 1,710 mm tall, the EX7 sits squarely in the mid-size SUV category. The 3,000 mm wheelbase should provide generous rear-seat legroom, a priority for Chinese and Southeast Asian buyers who frequently use rear seating for extended periods.
Those proportions are nearly identical to the Li Auto L7, which occupies a similar market position with its own extended-range powertrain. Chery appears to have studied the segment leader carefully when defining the EX7's packaging.
Solid-State Ambitions on the Horizon
Chery has confirmed that solid-state battery testing is underway, though no production timeline has been attached. The Rhino battery division currently supplies the lithium-ion packs for the EX7, and any solid-state transition would presumably flow through the same manufacturing infrastructure.
Solid-state promises higher energy density, faster charging, and reduced fire risk compared to conventional lithium-ion cells. Every major Chinese automaker has announced some form of solid-state research, but the gap between laboratory prototypes and volume production remains significant across the industry.
The Exeed EX7's 3,000 mm wheelbase matches the Volkswagen ID.6 and exceeds the Toyota bZ4X by 150 mm, placing it among the longest-wheelbase electric SUVs available in its price segment.
