Newest first. Filter by model and information status.
The Explorer Edition is suitable for daily commuting, adding only 100mm in height, with long range and a fully equipped driver assistance system.
Multiple media outlets tested the pure electric range and fuel consumption when the battery is depleted for the HyperEngine N70 Max and N90 Max.
Xiaomi Kunlun Super Range Extension achieves a 1,230 km comprehensive highway range through low energy consumption and dual-energy coupling.
Actual tested pure electric highway range of 323.6 km meets intercity round-trip and weekly commuting needs on pure electric power.
Custom range extender with 42% thermal efficiency and overlapping high-efficiency zones enables low fuel consumption during depleted-battery highway driving.
Real-world testing on the Beijing-Shanghai route validates energy consumption control and range capability in genuine long-distance scenarios.
The Xiaomi Pengcheng N90 Max has a CLTC pure electric range of 505km, a combined range of 1705km, and a WLTC fuel consumption of 6.26L when the battery is depleted.
The Xiaomi Pengcheng uses a large battery to achieve long pure electric range, meeting users' daily commuting needs and reducing vehicle operating costs.
The daily range of the Xiaomi Pengcheng is affected by driving scenarios and other factors, but urban commuting generally closely matches the CLTC range, satisfying a once-a-week charging need.
Xiaomi Pengcheng chose extended-range technology to meet the demand for ultra-long range, achieving an experience of using more electricity and less fuel.
After a real-world test of 503.7 km, the YU7 GT had 23% battery remaining, with an estimated total full-charge range of about 663.7 km.
An introduction to the vehicle configuration and driving settings for the YU7 GT range test from Shanghai to Qiandao Lake.
The YU7 GT achieves low energy consumption through comprehensive optimizations including motor decoupling, thermal management upgrades, and low-drag design.
For daily commuting, Comfort or Eco mode is recommended. Slippery mode, motion sickness relief mode, and custom mode are also available.
In real-world testing, the YU7 Standard Edition achieved an 89.9% range fulfillment rate when the display showed 0%, with a total mileage of 626.5 km under extreme conditions.
The front and rear bumpers of the YU7 GT have been aerodynamically optimized, which does not affect the range but instead increases high-speed range and downforce.
The YU7 GT achieves a balance of strong power, low power consumption, and long range through technical upgrades in motors, thermal management, and low drag.
The YU7 GT has a range of 705km when paired with long-range tires and 650km with sport tires. Each wheel style has different characteristics.
The YU7 GT achieves both 1,000 horsepower and a 705km range thanks to its highly efficient electric drive system, large battery, and high-voltage platform.
The Beijing-Shanghai range livestream vehicle has been transported back to Beijing and will be used to review real-world data to continuously optimize overall vehicle energy efficiency.
The Beijing-Shanghai highway range live stream covered a total of 1,313 km, with an achievement rate of 75% and an average energy consumption of 14.6 kWh/100km.
The range livestream featured the new-generation SU7 Pro, driven fully loaded with the air conditioning on, achieving an actual range of over 630km on a single charge.
The Beijing-Shanghai range challenge was successful, with the SU7 Pro achieving a fastest 10-80% charging time of 21 minutes in actual testing.
During the Beijing-Shanghai range livestream, the vehicle was charged only once at the Linshu service area in Shandong; the other stops were for personnel rest and equipment adjustments.
The new-generation SU7 achieves long range through multi-dimensional system-level optimizations including the CTB battery, high-efficiency motors, and thermal management.
The 3-position adjustable carbon fiber rear wing balances range and downforce by adjusting the angle, and existing owners can purchase a bracket for replacement.
Real-world tests by multiple media outlets show that the new-generation SU7 Pro has excellent range performance with a high achievement rate, ranking first in multiple tests.
To match the power upgrade, the new-generation SU7 comes standard with 265mm wide rear tires across the entire lineup to enhance grip, without affecting the improvement in range.
Different versions of the new-generation SU7 are paired with different sizes and models of wheels and tires, with CLTC ranges between 630 and 902km.
The Standard version is suitable for commuting, the Pro version for long-distance travel, and the Max version for users seeking the ultimate driving pleasure.
Introduction to the rules of the 24-Hour Endurance Challenge and its purpose of verifying the vehicle's comprehensive performance.
The 24-Hour Endurance Challenge comprehensively tests the vehicle's charging/discharging, heat dissipation, and driving efficiency, making it an extreme test of the three-electric performance.
The new generation SU7 Max test vehicle drove continuously at 240 km/h for 24 hours, charged 44 times, and achieved a result of 4,264 km.
The new generation SU7 achieved a result of 4,264 km in the 24-Hour Endurance Challenge, placing it at the leading level compared to other brands in the industry.
The new generation SU7 achieved outstanding endurance results thanks to its 897V high-voltage platform, V6s Plus motor, and excellent heat dissipation system.
The V6s Plus motor achieves higher speed and efficiency through four technical upgrades, improving range.
High-altitude self-driving requires planning energy routes in advance and noting the impact of low temperatures on range; vehicles undergo extreme testing.
For long-distance travel, you can choose Comfort, Eco, Motion Sickness Relief, Snow, or Super Power Saving modes based on road conditions and needs.
Sentry Loop Recording only triggers recording and saves separately during security events, optimizing storage strategy without increasing extra power consumption.
The YU7's 19-inch diamond and 20-inch halo wheels use a closed low-drag design to reduce wind resistance and optimize energy consumption performance.
The CLTC range varies depending on the wheel and tire combination of the Xiaomi YU7. Please refer to the official range table for details.
After the Xiaomi YU7 is powered off, the smart dimming panoramic roof maintains the shading mode. Its energy consumption is extremely low and does not consume additional battery power.
The 24-Hour Endurance Challenge refers to continuous ultra-high-speed driving and fast charging over 24 hours, testing power, range, charging, and heat dissipation.
In the YU7 tire size, 245 represents the tread width, and 55 represents the aspect ratio; this combination balances comfort and range performance.
The YU7 improves range through measures such as large-capacity batteries, full-vehicle aerodynamic optimization, and electronic/electrical architecture efficiency optimization.
The YU7 is equipped with 245mm tires to balance range and comfort, with an optional 275mm rear wide tire to enhance performance.
The YU7's active grille intelligently adjusts its opening based on speed and scenarios to balance heat dissipation and reduce wind resistance.
Actual range is affected by driving environment and options (such as rear wing, performance tires). It is recommended to enable the estimated range display mode.
High-altitude low temperature and low pressure affect range and chassis performance. The SU7 Ultra is unaffected due to its thermal management, sealing design, and closed-air suspension.
It is not recommended to use Super Power Saving Mode for a long period. This mode limits comfort features to reduce power consumption, but it can be turned on or off at any time.
The SU7 Ultra's range is affected by optional carbon fiber rear wing and tires, ranging between 520km and 630km.
Selecting the carbon fiber large wing increases drag, causing a slight reduction in range. The CLTC range after selection is 600km.
The carbon fiber large rear wing is an optional item; choosing it increases downforce, while not choosing it results in better energy consumption.
The car refrigerator consumes low power in heating mode. You can remotely control the on/off, adjust temperature, and set the continuous working duration via the Xiaomi Auto APP.
Tires and wheels affect grip, handling, and range. For example, on the SU7 Max, 20-inch wheels offer a quieter and more comfortable ride, while 21-inch wheels provide better handling.
Running the heating AC in winter while parked consumes electricity but not excessively. The SU7 achieves low AC energy consumption through dual-mode heat pumps and humidity balance AI algorithms.
It offers two display modes: CLTC range and estimated range, which can be freely switched on the central control screen.
It comes standard with a lithium-ion small battery that supports intelligent charging and power retention, minimizing the risk of power loss during long-term parking in low temperatures.
Due to operating conditions and driving habits, there is a difference between displayed range and actual range. It is recommended to use the more accurate estimated range display.
Intelligent functions such as Sentry Mode, the onboard refrigerator, or remote vehicle control generate some power consumption while the vehicle is parked.
The SU7 Ultra uses a track-specific high-power battery pack. Considering the needs for high power and lightweight design, the total energy capacity is slightly reduced.
The Xiaomi SU7 Ultra has a highly efficient drive system, with a CLTC range of 630km, balancing performance and range.
Version 1.3.0 adds stationary energy consumption statistics, allowing users to view detailed stationary power consumption, making energy consumption transparent.
The Enhanced Energy Recovery feature only takes effect when manually enabled in Master Mode.
Enabling the Enhanced Energy Recovery feature will not cause the battery to overheat.
The displayed range is rounded to the nearest integer, which does not affect actual mileage statistics, energy consumption calculations, or maintenance judgments.
The Xiaomi SU7 has excellent AC energy consumption optimization; it is recommended to further save power by slightly raising the temperature or using AUTO mode.
The Xiaomi SU7 achieves more solid real-world range performance thanks to its ultra-low drag coefficient, lightweight design, and full-domain low energy consumption features.
After the SU7 displays 0 remaining range, it can still travel 3~15km depending on road conditions. It is recommended to charge promptly to avoid delaying your trip.
Charging amount being higher than the rated capacity is not false labeling; it is affected by factors such as discharge rate, depth of discharge, and battery management strategies.
The SU7 Pro actually drove 177km, with an energy consumption of 13.7kWh/100km and a range retention rate of 82.7%.
The 19-inch low rolling resistance tires offer excellent grip, and when paired with the intelligent torque adjustment algorithm, they can effectively suppress slipping.
A free replacement is available when the power battery capacity degrades beyond the limits specified for the corresponding time period and mileage.
When the estimated range is below 50km, you can choose to enable Super Eco Mode, which limits the maximum speed to 90km/h.
The driving energy consumption shown on the infotainment system represents the total energy consumption, including both driving and electrical accessory usage, and supports viewing detailed breakdowns.
The Gentle regenerative braking mode corresponds to Level 1 in Custom mode, and the Standard mode corresponds to Level 100.
It is recommended to keep the battery charge between 40%-60% during long-term parking, store the vehicle in a dry and ventilated place, and check tire pressure regularly.
Super Power Saving Mode reduces power consumption by limiting speed and comfort features. It can be manually enabled or triggered by low remaining range.
A full-domain SiC high-voltage platform means the motor, OBC, and air conditioning compressor all use silicon carbide materials, resulting in higher energy efficiency.
Sentry Mode consumes approximately 1.2-2.5 kWh per night, affected by temperature and the number of alarms. You can set it to automatically turn off at frequently used locations.
The Standard, Pro, and Max versions focus on range, performance, and smart driving configurations respectively; choose according to your needs.
Intelligent driving functions are restricted only when the power limitation warning light illuminates (approximately 1% battery remaining).
The Max version supports 100 levels of front/rear power distribution; Economy mode prioritizes rear-wheel drive to enhance energy efficiency.
After the displayed range reaches zero, emergency mileage is retained, intended only for emergency escape situations and not recommended for daily use.
Tire rolling resistance affects range; tires with lower rolling resistance offer longer range, while those with higher rolling resistance provide better performance.
The Standard and Max versions have minimum CLTC energy consumptions of 12.3 kWh/100km and 13.6 kWh/100km respectively, with a highway range retention rate of nearly 80%.
No Q&As match these filters.