the drag reduction benefits of Unplugged Performance's mods for the Tesla Model 3 Performance are significant compared to other aftermarket solutions:
Unplugged Performance Mods
The key Unplugged Performance mods and their drag reduction benefits include:
1. Front Lip Spoiler: Reduces drag by 6.6% and improves front downforce by 35.4% [2][3]
2. Rear Spoiler: Reduces drag by 6.3% and increases rear downforce by 83.7% [2][3]
3. Lowering Springs: Reduces drag by 8.1% with a 1.5" ride height drop [2][3]
Combining these three mods, Unplugged Performance was able to reduce the Model 3's drag coefficient from 0.23 to 0.181, a 0.049 improvement. This translates to a 13.3% efficiency improvement at 70 mph, adding 43 miles of range to a Long Range Model 3. [2]
Comparison to Other Mods
The search results do not provide detailed comparisons to other aftermarket solutions, but they do offer some context:
- Removing the side mirrors can reduce drag by 2.8% and lower the drag coefficient by 0.006 [4]
- Tesla's own factory rear spoiler (available on the Performance variant) provides less drag reduction than Unplugged's rear spoiler [3]
- The new 2024 Tesla Model 3 Highland has the lowest drag coefficient of any Tesla at 0.219 [1]
- The most aerodynamic production car is the Lucid Air at 0.197 Cd [1]
So in summary, the Unplugged Performance mods appear to offer significantly greater drag reduction benefits compared to simply removing side mirrors or using Tesla's factory rear spoiler. The combined 21% total drag reduction and 0.049 Cd improvement is substantial. However, the new Model 3 Highland and the Lucid Air still have lower overall drag coefficients.
Citations:[1] https://jampastor.weebly.com/blog/unplugged-performance-model-3
[2] https://cleantechnica.com/2020/08/18/unplugged-performances-body-kits-for-the-tesla-model-3-improve-range-by-13-at-70-mph/
[3] https://unpluggedperformance.com/aerodynamic-study-of-tesla-model-3/
[4] https://electrek.co/2019/03/13/tesla-model-3-mods-drag-efficiency-range-unplugged-performance/
[5] https://unpluggedperformance.jp/aerodynamic-study-of-tesla-model-3/