Tesla Alternatives · EVCar Data Desk

BMW M5 Touring vs Tesla Cybertruck: Range and Efficiency Compared

File:2025 BMW M5 Touring PHEV Auto.jpg
Calreyn88 / Wikimedia Commons, CC BY-SA 4.0

The 2027 BMW M5 Touring midsize station wagon and the 2026 Tesla Cybertruck Dual Motor AWD standard pickup represent two very different approaches to electric vehicles (EVs). The Tesla Cybertruck emphasizes impressive electric range and efficiency for a pickup, while the BMW M5 Touring delivers more traditional wagon styling with notably different energy consumption and charging characteristics.

Key Findings

  • The Tesla Cybertruck offers a significantly higher EPA range of 325 miles compared to the BMW M5 Touring's 270 miles.
  • The Cybertruck achieves combined efficiency of 78 MPGe, substantially better than the BMW M5 Touring's 13 MPGe.
  • Both vehicles have no NHTSA recalls reported as of the latest data.
  • The BMW M5 Touring charges much faster at Level 2 (240V) with an EPA time of 2 hours, whereas the Tesla Cybertruck takes 12 hours.
  • City and highway MPGe figures reveal differing energy performance profiles relative to driving environments.

EPA Range Comparison

The range a vehicle can travel on a full battery charge is one of the most critical metrics for EV buyers. The Tesla Cybertruck Dual Motor AWD reaches an EPA-estimated range of 325 miles, providing exceptional driving distance for an electric pickup. The BMW M5 Touring offers a respectable but notably shorter EPA-estimated range of 270 miles. For buyers prioritizing maximum EV driving range, especially for highway or longer trips, the Cybertruck clearly holds an advantage.

Energy Efficiency and MPGe

The EPA's miles per gallon equivalent (MPGe) measures how efficiently a vehicle uses energy. The Cybertruck's combined MPGe stands at 78 MPGe, which is high for a large pickup-truck form factor. By contrast, the BMW M5 Touring's combined MPGe is much lower at 13 MPGe, reflecting either heavier weight, less aerodynamic design, or drivetrain differences typical of its class. This gap means the Cybertruck consumes energy far more efficiently per mile than the BMW wagon.

City vs Highway Efficiency

Looking closer, the Tesla Cybertruck achieves a city MPGe of 87 MPGe and highway MPGe of 70 MPGe. The BMW M5 Touring posts 11 MPGe city and 17 MPGe highway. The BMW's unusually low city figure suggests especially high energy use stop-and-go traffic, while it improves somewhat on highway drives, though still far less efficient than the Cybertruck.

NHTSA Recalls

Neither EV model has any recalls listed by NHTSA according to the latest available data, suggesting no major safety or defect-related issues have been identified for these specific model years to date. This parity provides reassurance regarding vehicle reliability and owner safety for buyers from a recall standpoint.

Charging Times at Level 2

The BMW M5 Touring offers a significant advantage in Level 2 (240V) charging, with an EPA-reported charge time of 2 hours. This faster recharge capability can be especially beneficial for those using home chargers or public Level 2 chargers regularly, allowing a quicker return to full charge.

In contrast, the Tesla Cybertruck requires an EPA-estimated 12 hours to reach a full charge under the same Level 2 charging conditions. Owners may rely more on Tesla's extensive DC fast-charging network for quicker recharging sessions, but for many, faster home charging translates to greater everyday convenience.

Who Should Consider Each Vehicle?

Buyers needing a highly efficient vehicle with longer electric range who prefer a pickup form factor will find the Tesla Cybertruck attractive. Its superior MPGe and range combined with zero recalls make it a compelling choice for work or recreation requiring heavy duty EV performance.

On the other hand, shoppers seeking a midsize station wagon with the traditional luxury and driving dynamics of the BMW M5 Touring, while accepting lower energy efficiency and range, might prioritize the faster Level 2 charge times and BMW's driving character. This model suits buyers valuing performance and interior refinement over electric efficiency and range.

Summary of Key Specifications

Specification 2026 Tesla Cybertruck Dual Motor AWD 2027 BMW M5 Touring
EPA Range 325 miles 270 miles
Combined MPGe 78 MPGe 13 MPGe
City MPGe 87 MPGe 11 MPGe
Highway MPGe 70 MPGe 17 MPGe
Level 2 Charging Time (240V) 12 hours 2 hours
NHTSA Recall Count 0 recalls 0 recalls
File:2025 BMW M5 Touring PHEV Auto 1.jpg

Frequently Asked Questions

Which vehicle has the longer EPA range?

The 2026 Tesla Cybertruck Dual Motor AWD has the longer EPA range at 325 miles, compared to the 2027 BMW M5 Touring's 270 miles.

How do the vehicles compare in energy efficiency?

The Cybertruck is far more efficient, boasting 78 MPGe combined, versus the BMW M5 Touring's 13 MPGe combined MPGe.

Are there any recalls on these models?

Neither the Tesla Cybertruck nor the BMW M5 Touring has any reported recalls according to NHTSA data.

Which charges faster using Level 2 charging?

The BMW M5 Touring recharges much faster on Level 2 at 2 hours, while the Tesla Cybertruck takes 12 hours for a full charge.

What are the city and highway MPGe figures?

The Tesla Cybertruck has 87 MPGe city and 70 MPGe highway. The BMW M5 Touring posts 11 MPGe city and 17 MPGe highway.

Conclusion

Comparing the 2027 BMW M5 Touring midsize wagon with the 2026 Tesla Cybertruck Dual Motor AWD pickup clearly illustrates two different EV philosophies. Tesla’s Cybertruck excels in electric range and efficiency, making it an excellent choice for buyers prioritizing long-distance driving and energy economy in a pickup form. Meanwhile, the BMW M5 Touring offers faster Level 2 charging and traditional luxury wagon attributes, favoring buyers valuing quick recharge cycles and premium driving characteristics over maximum range and MPGe.

With neither vehicle affected by current recalls, the choice primarily boils down to the buyer’s preference for vehicle style, driving needs, and charging convenience. Buyers looking for a Tesla alternative will need to weigh BMW’s significantly lower efficiency and range against the benefits of faster home charging and wagon practicality.

Data Sources