Originally reported by Bojan Stojkovski at Interesting Engineering (February 8, 2026), with additional reporting by Liu Miao at CarNewsChina (February 7, 2026). Read the Interesting Engineering story → | Read the CarNewsChina story →
The brake industry’s long-anticipated shift from hydraulic to fully electronic actuation just moved from prototype to production line. Chery Automobile announced that its Exeed EX7, due in Q1 2026, will be the first mass-production vehicle equipped with a pure electronic mechanical braking (EMB) system — eliminating hydraulic fluid and mechanical linkages entirely in favor of direct electrical control at each wheel. For brake suppliers and aftermarket professionals tracking the trajectory of brake-by-wire, this milestone signals that the technology has crossed a critical threshold from lab-stage development to commercial-scale deployment.
Three Years of Engineering for Safety-Critical Performance
Chery Executive Vice President Li Xueyong said the EMB system is the product of a three-year development push. The core engineering challenges centered on achieving the millisecond-level response times, ultra-precise actuation force, and fault tolerance demanded by a component that sits at the center of vehicle safety.
In a conventional hydraulic or electro-hydraulic setup, the driver’s pedal input travels through fluid-filled lines to generate clamping force at the caliper. Chery’s EMB architecture replaces that entire chain with digital signals sent directly to electric actuators at each wheel corner. The result, according to the company, is faster application of braking force and shorter stopping distances compared to traditional systems.
The system is paired with Chery’s updated Flying Fish Chassis 3.0 platform, which the automaker describes as giving the vehicle “intelligent nerves” — the ability to sense, process, and respond to road conditions with tighter integration between braking, steering, and suspension inputs. For the brake industry, this kind of chassis-level integration underscores a broader trend: braking is no longer a standalone subsystem but a software-coordinated component within a vehicle’s dynamic control architecture.
A Race for the “World’s First” Title
Chery’s claim may not go uncontested. As CarNewsChina noted, Li Auto’s upcoming L9 Livis — which appeared in China’s MIIT regulatory filings in early February — will also feature a pure EMB system, with Li Auto making its own “world’s first” assertion. Chery’s case rests partly on timing: the Exeed EX7 appeared in MIIT filings three months earlier, last November. Regardless of which OEM ultimately holds the bragging rights, the fact that two major Chinese automakers are racing to commercialize EMB underscores how rapidly this technology is moving toward mainstream adoption.
What does this competitive push mean for the global brake supply chain? Tier 1 suppliers like ZF, Brembo, and Continental have all invested heavily in brake-by-wire development over recent years. The speed at which Chinese OEMs are now bringing fully electronic systems to market could accelerate timelines for Western automakers and their suppliers to match — or risk ceding ground in a technology category that will be foundational to autonomous driving platforms.
Vehicle Specs Point to EV and EREV Applications
Regulatory filings reveal that the Exeed EX7 will be available as both a range-extended and a pure battery electric vehicle. The EREV variant will carry battery packs of approximately 39.8 kWh and 39.9 kWh, delivering estimated electric-only ranges of roughly 113 and 126 miles before the onboard engine engages. The full BEV model gets a substantially larger 97.7 kWh pack, targeting ranges between 424 and 451 miles per charge.
The pairing of EMB with electrified powertrains is no coincidence. Electronic braking integrates more seamlessly with regenerative braking systems and advanced driver-assistance software than hydraulic setups, making it a natural fit for EVs and a key enabler for future autonomous platforms.
The Bottom Line
Chery’s move to put pure electronic mechanical braking into mass production marks a turning point for the global brake industry. With Li Auto close behind, China is establishing itself as the proving ground for full brake-by-wire commercialization. Brake suppliers, aftermarket distributors, and technology developers should be watching closely — the shift from hydraulic to electronic actuation is no longer a question of “if” but “how fast.”
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