Denza Z: 1,604 HP Tri-Motor Electric Supercar

Denza Z: BYD’s 1,604 HP Tri-Motor Electric Supercar Redefines Performance Track Dynamics BYD’s premium performance brand, Denza, has formally introduced its flagship electric supercar lineup: the Denza Z. Built as an uncompromised statement of engineering capability, this high-performance electric vehicle bypasses traditional luxury GT limits to target established European hypercar manufacturers directly. Combining a triple-motor powertrain that generates an immense 1,179 kW (1,604 PS) and 1,240 Nm of torque, the Denza Z brings race-grade track technology to three distinct body styles—a sleek Coupé, an open-top Spider, and a hardcore, track-oriented Racing variant. Underpinning the Denza Z is BYD’s newly developed e3 Sports Car Platform, an architecture that integrates Cell-to-Body (CTB) battery packaging, intelligent tri-motor torque vectoring, magnetorheological adaptive damping, and ultra-high-rate Flash Charging technology. With a dedicated Special Edition currently undergoing high-speed validation for a Nürburgring Nordschleife lap record attempt, the Denza Z marks a major technological leap in electric high-performance motoring. https://diagnozabam.ro/sfaturi/ro/blog/kimera-k39-revolutia-italiana-prezenta-la-goodwood-2026/ +---------------------------------------------------------------------------------+ | DENZA Z MODEL LINEUP | +---------------------------------------------------------------------------------+ | | | [ Denza Z Coupé ] [ Denza Z Spider ] [ Denza Z Racing ] | | - 4,780 mm Length - 4,780 mm Length - 4,870 mm Length | | - 300 km/h Top Speed - 300 km/h Top Speed - 350 km/h Top Speed | | - 410 km WLTP Range - 400 km WLTP Range - 380 km WLTP Range | | | +---------------------------------------------------------------------------------+ Powertrain Architecture: The e3 Tri-Motor Drive System At the structural core of the Denza Z lies the e3 Sports Car Platform, designed specifically for multi-motor high-power density applications. The drivetrain utilizes three independent electric traction motors arranged in an asymmetrical all-wheel-drive configuration: Front Axle: A single high-revving electric motor driving the front wheels through an integrated differential unit. Rear Axle: Two completely independent electric motors mounted at each rear wheel, enabling instantaneous wheel-specific torque distribution without mechanical differential drag. +---------------------------------------------------------------------------------+ | E3 TRI-MOTOR DRIVETRAIN LAYOUT | +---------------------------------------------------------------------------------+ | | | [ Single Front Motor ] -------------> [ Front Axle Vectoring & Propulsion ] | | | | [ Dual Independent Rear Motors ] ---> [ Left & Right Wheel Torque Control ] | | - 1,240 Nm Total System Torque | | - Independent Wheel Speed Control | | | +---------------------------------------------------------------------------------+ This arrangement produces a total system output of 1,179 kW (1,604 PS) and 1,240 Nm of system torque. Because the twin rear motors are electronically decoupled, the system calculates torque distribution thousands of times per second. During hard cornering, the outer rear wheel receives positive power while the inner wheel can apply regenerative counter-torque, actively rotating the vehicle around the corner apex without relying solely on mechanical brake drag. Variant Breakdown: Coupé, Spider, and Racing Specifications To accommodate both grand touring comfort and extreme circuit usage, Denza offers the Z platform across three distinct vehicle configurations. While sharing the underlying e3 chassis and 76 kWh battery pack, each variant features unique body dimensions, aerodynamic tuning, and performance ceilings. https://diagnozabam.ro/sfaturi/ro/blog/designul-viitorului-bmw-seria-2-coupe-2028-a-fost-dezvaluit/ Specification / Parameter Denza Z Coupé Denza Z Spider Denza Z Racing Overall Length 4,780 mm 4,780 mm 4,870 mm Power Output 1,179 kW (1,604 PS) 1,179 kW (1,604 PS) 1,179 kW (1,604 PS) Peak Torque 1,240 Nm 1,240 Nm 1,240 Nm 0-100 km/h Acceleration 2.25 seconds 2.30 seconds 2.25 s (1.96 s on Slicks) Top Speed 300 km/h 300 km/h 350 km/h Battery Capacity 76 kWh 76 kWh 76 kWh WLTP Driving Range 410 km 400 km 380 km Luggage Capacity 250 Liters 131 - 176 Liters 250 Liters ℹ️ Technical Note: The elongated 4,870 mm body of the Racing version is necessary to integrate extended carbon fiber front splitters, rear diffuser channels, and widened track dimensions designed to stabilize airflow at speeds reaching 350 km/h. Chassis Dynamics and DiSus-M Magnetorheological Suspension Managing 1,604 PS under aggressive track cornering requires advanced vertical and lateral chassis control. Denza equips the Z platform with a double-wishbone front suspension, a five-link rear suspension, and the DiSus-M intelligent damping system. +---------------------------------------------------------------------------------+ | DISUS-M MAGNETORHEOLOGICAL DAMPING OPERATION | +---------------------------------------------------------------------------------+ | | | [ Chassis Sensors ] ---> [ Electromagnetic Coil ] ---> [ Viscosity Modulation ]| | - Wheel Accelerometers - Instant Field Change - Fluid Thickens | | - Steering Angle Rate - Millisecond Response - Eliminates Roll/Pitch| | | +---------------------------------------------------------------------------------+ Unlike conventional adaptive dampers that rely on mechanical valves to throttle hydraulic fluid flow, DiSus-M dampers use a specialized synthetic fluid infused with microscopic iron particles. When an electrical current energizes internal electromagnetic coils, the viscosity of the magnetorheological fluid changes instantly. Millisecond Adjustments: Damping force alters within milliseconds, locking down body roll during high-g cornering transitions. Anti-Squat Control: During launch control engagement, the rear dampers stiffen instantly to prevent rear axle squat, ensuring maximum tire contact patch contact. Anti-Dive Geometry: Front compression damping ramps up under hard braking, maintaining chassis pitch stability when scrubbing off speed from 300+ km/h. Stopping power is delivered via a high-performance carbon-ceramic braking setup. Six-piston monoblock calipers bite down on carbon-ceramic rotors at the front axle, while four-piston calipers handle the rear, resisting brake fade under repeated high-temperature track sessions. https://diagnozabam.ro/sfaturi/blog/british-luxury-gone-wild-bentleys-ultimate-666-hp/ Battery Engineering and Ultra-Fast Flash Charging Electric supercars frequently face thermal degradation and prolonged downtime during open track sessions. To overcome these limitations, the Denza Z utilizes an optimized 76 kWh Blade Battery pack paired with an advanced Flash Charging architecture. Using Cell-to-Body (CTB) structural integration, the battery casing serves as a load-bearing member of the chassis frame, significantly increasing torsional rigidity while lowering the overall profile. +---------------------------------------------------------------------------------+ | FLASH CHARGING REFILL PROFILE | +---------------------------------------------------------------------------------+ | | | [ 10% State-of-Charge ] ===( 5 Minutes )===> [ 70% State-of-Charge ] | | | | [ 10% State-of-Charge ] ===( 9 Minutes )===> [ 97% State-of-Charge ] | | | +---------------------------------------------------------------------------------+ The headline feature of the battery system is its high-current charging capability: 10% to 70% Charge Time: Completed in 5 minutes on high-power DC chargers. 10% to 97% Charge Time: Reached in 9 minutes, practically eliminating long charging pitstops between track stints. ⚠️ WARNING: Utilizing the maximum 9-minute Flash Charging profile requires connecting to ultra-high-power DC charging stations supporting high-voltage liquid-cooled charging cables. Thermal management systems automatically precondition the battery pack prior to high-power DC ingestion. Aerodynamics, Active Downforce, and the Track-Focused Racing Package Aerodynamic balance is critical for maintaining high-speed stability when power levels exceed 1,600 PS. While the Coupé and Spider feature active rear spoilers that deployed automatically at highway speeds, the Denza Z Racing introduces a motorsport-derived aerodynamic suite. +---------------------------------------------------------------------------------+ | DENZA Z RACING AERODYNAMIC FLOW | +---------------------------------------------------------------------------------+ | | | [ Carbon Front Splitter ] ---> [ Underbody Vortex Generators ] ---> [ Rear ] | | - Channels air under car - Accelerates air speed Diffuser | | - Increases front load - Creates low pressure ground effect & Wing | | | +---------------------------------------------------------------------------------+ Key Aerodynamic Elements: Enlarged Front Air Intakes: Designed to channel air directly through high-capacity heat exchangers cooling the front electric motor and brake rotors. Underbody Vortex Generators: Venturi channels built into the flat floor structure accelerate air beneath the vehicle, creating a low-pressure ground-effect zone. Three-Stage Adjustable Carbon Rear Wing: A top-mounted rear wing offers three distinct angle-of-attack settings. At its maximum angle, the aerodynamic package generates up to 1,060 kg of downforce at 350 km/h. For drivers seeking maximum short-term acceleration, the vehicle features a steering-wheel-mounted Boost Button. When activated, system torque increases by 30% for a 20-second duration, unlocking maximum energy discharge from the battery pack for overtaking maneuvers or straightaway sprints. https://diagnozabam.ro/sfaturi/ro/blog/ferrari-12cilindri-manuale-reteta-v12-de-830-cp/ Cockpit Ergonomics and Driver-Centric Technology Despite its extreme performance envelope, the interior of the Denza Z balances track readiness with high-end luxury GT refinement. The cabin layout surrounds the driver with a digital cockpit setup designed to minimize distraction during high-speed driving. +---------------------------------------------------------------------------------+ | DENZA Z DIGITAL COCKPIT | +---------------------------------------------------------------------------------+ | | | [ 8.88-inch Driver Display ] [ 12.8-inch Infotainment Screen ] | | - Velocity, Battery Temp, G-Forces - Telemetry, Navigation, Setup | | | | [ Flat-Bottom Motorsport Wheel ] [ Devialet High-End Audio ] | | - Boost Button, Mode Switches - Headrest-Integrated Speakers | | | +---------------------------------------------------------------------------------+ Interior Features & Digital Functions: Dual Digital Screens: An 8.88-inch digital instrument cluster presents critical telemetry (tire pressures, motor temperatures, battery state-of-charge), while a central 12.8-inch touch display handles secondary functions. Track Mode & Telemetry Export: When switched into Track Mode, the system displays real-time lap times, lateral g-forces, and vehicle position maps. Drivers can export raw session telemetry directly to an external USB storage device for post-session analysis. Specialized Performance Modes: Includes dedicated Launch Control, customizable Drift Mode parameters, and synthesized virtual motor audio profiles played through the cabin. Cabin Luxury Options: The vehicle includes electrically opening soft-close doors, a digital rearview mirror, wireless smartphone charging pads, and heated, ventilated, and massaging sports bucket seats. Sound insulation is complemented by a premium Devialet sound system with speakers integrated into the seat headrests. Market Positioning and Nürburgring Record Ambitions The launch of the Denza Z signifies a clear shift in the global supercar landscape. Historically, high-output electric hypercars like the Rimac Nevera or Pininfarina Battista occupied multi-million-dollar price brackets accessible to a tiny fraction of collectors. By utilizing BYD’s massive manufacturing scale, the Denza Z brings sub-2-second 0-100 km/h performance, 800V-class ultra-fast charging, and 1,604 PS to a significantly more competitive market segment. https://diagnozabam.ro/sfaturi/ro/blog/20-de-ani-cu-opel-corsa-d-istoria-unui-campion/ +---------------------------------------------------------------------------------+ | NÜRBURGRING SPECIAL EDITION GOALS | +---------------------------------------------------------------------------------+ | * Platform Target: Nürburgring Nordschleife Electric Production Lap Record | | * Structural Upgrades: Weight-Reduced Composite Body Panels | | * Aero Modifications: Active Drag Reduction System (DRS) | | * Tire Package: Bespoke High-Grip Semi-Slick Compounds | +---------------------------------------------------------------------------------+ To validate its performance pedigree against traditional European rivals, Denza is preparing a limited Special Edition model specifically targeting the electric production car lap record at the Nürburgring Nordschleife. Utilizing lightweight composite body panels, enhanced active aerodynamics, and revised thermal management, this edition will showcase the absolute performance limit of the e3 Sports Car Platform. With global deliveries scheduled to begin across select markets, the Denza Z Coupé, Spider, and Racing variants set a new technical benchmark for performance, charge speed, and track usability in the high-performance electric era. Source: 2027 Denza Z: Elektro-Supersportler mit 1.604 PS sorgt für Aufsehen! [gallery size="large" ids="46208,46209,46210,46211,46212,46213,46214,46215,46216,46217,46218,46219" orderby="rand"]