What is the range of the Model Y Long Range in kilometers?

[Millard]

Currently, there are three models of the Model Y available for sale. The 2022 Model Y has a range of 545 km, the 2022 Model Y Long Range version has a range of 660 km, and the 2021 Model Y Performance version has a range of 615 km. The above ranges are based on a full charge, and the data is the official NEDC published figures. The Tesla Model Y is a mid-size SUV developed by Tesla, with dimensions of 4750 mm in length, 1921 mm in width, and 1624 mm in height, and a wheelbase of 2890 mm. The range of an electric vehicle is directly related to its three-electric system (battery, electric drive, and electric control). Battery System: The capacity of the power battery directly determines the range. Additionally, excessively high or low temperatures of the battery system can also affect the range. With the same battery capacity, more stable battery temperatures can better ensure the range. Electric Drive System: This mainly includes the drive motor, controller, inverter, and reducer. Its efficiency is determined by the ratio of input power to output power. When the battery capacity is fixed, under the same voltage, the output energy is determined by the efficiency of the drive system. Automakers strive to maximize motor efficiency and control efficiency to optimize energy consumption and improve range. Vehicle Control System: This primarily coordinates the relationship between the battery, drive system, and chassis braking energy recovery. Under conditions of frequent acceleration and deceleration, the proportion of energy recovery (braking energy recovery) can be dynamically adjusted based on the battery's state and braking demands, thereby improving energy utilization efficiency. In addition, the braking energy recovery strategy of an electric vehicle can directly increase the vehicle's driving range.

[VanFelix]

I'm always fascinated by EV data. Based on real-world tests, the Model Y Long Range can cover about 560-600 km, but actual range heavily depends on driving habits. My buddy's car can make it from Shanghai to Hefei on a single charge, though winter heating cuts that to just over 500 km. Opting for 18-inch wheels with low-rolling-resistance tires adds 40+ km compared to 20-inch wheels. Aggressive acceleration or frequent AC use will noticeably reduce range. Planning Supercharger stops is crucial for long trips – a Tesla V3 Supercharger can replenish most of the battery in 30 minutes (about enough time for a coffee break before reaching the next city). Compared to the outdated NEDC standard, the current CLTC figures better reflect real-world usage.

[JohnLee]

The range of electric vehicles depends on testing standards. The Model Y Long Range's claimed 688 km is based on CLTC test cycle. For daily city driving, 500 km is achievable. At a constant 110 km/h on highways, it can last around 480 km. Last week I did a short highway test - 150 km consumed 28% battery, which aligns closely with the claimed value. In northern winters, range drops to about 70% of normal; battery preheating is recommended. Below -10°C, battery performance declines noticeably. Many owners report 5% more range using one-pedal driving. Setting AC below 24°C saves significant energy compared to 27°C. Some claim removing front wheel caliper covers improves range, though I haven't tried it.

[HarmonyFitz]

Just checked the latest data on Tesla's official website, the Model Y Long Range version has a CLTC range of 688 km. In actual testing, the round trip from Zhongguancun to Yanqi Lake was 84 km, with the displayed range consumption of 110 km. Car enthusiast groups have tested that in winter at zero degrees with seat heating on, the actual range is 420-450 km. LFP batteries have better consistency, while ternary lithium batteries perform better in low temperatures, but the actual range difference is around 3%. For long trips, it's recommended to keep a 10% buffer. When the navigation shows the remaining charge at the destination is below 20%, it's best to find a charging station in advance. After the OTA update, the new version has weakened the regenerative braking strength, slightly affecting the range.

[VonKate]

Real-world range test of Model Y Long Range for urban commuting: On a 30km one-way route, the average consumption over 5 consecutive days was 16kWh per 100km, with the 75kWh battery delivering 470km actual range. Compared to my previous Han EV AWD, it provides 50km more range with AC set at 24°C auto mode. Weekend highway trip to Chongli at 110km/h cruise control with seat heating increased consumption by 27%. Recommended to supercharge to 95% as full charges affect battery longevity. Scheduling home charging after midnight truly saves half the cost - V3 superchargers can add 220km in 15 minutes when in hurry. Recent OTA update made the dashboard energy bar more accurate - start looking for chargers when green bar shows 50km remaining.

[DelGideon]

From an owner's perspective, the displayed range is quite reliable during spring, summer, and autumn. A full charge showing 550 km can easily cover over 400 km. Last time I took my child from Chaoyang District to Miyun for extracurricular classes, the round trip of 182 km used only 42% of the battery. Winter range is drastically different when parked underground versus on the surface - leaving the car outside overnight at -15°C resulted in a 35 km range loss. It's recommended to maintain tire pressure at 2.9 bar, which provides 5% more range than standard pressure. Eco mode offers 30 km more range than sport mode, with rapid acceleration being particularly power-hungry. Carrying over 200 kg of load reduces range by about 10%, which was noticeable during recent camping trips with kids' gear. Modern navigation systems now proactively suggest suitable charging stations and even show real-time availability of charging piles.