Jeep Recon Moab Fell Short in Highway Range Test
The 2026 electric model delivered 160 miles of range during a high-speed highway test.
Updated on Oct. 2, 2026 in Electric Vehicles
Live Poll
Would you prioritize off-road capabilities over energy efficiency when choosing an electric vehicle?
The 2026 Jeep Recon Moab launch edition recorded 160 miles of range when tested at a steady 75 mph. This result marks a notable deviation from the official EPA estimate of 222 miles for the electric vehicle.
Why it matters
The discrepancy highlights how a vehicle design prioritizing rugged, off-road capabilities can impact long-distance battery efficiency. Because the Jeep is engineered for tough terrain, its aerodynamic profile creates significant drag that affects performance at higher speeds.
The vehicle, equipped with a 94-kWh battery pack, demonstrated an efficiency of 1.7 miles per kWh during the 75 mph highway assessment. The test model features a 9.1-inch ground clearance, a 0.40 coefficient of drag, and a curb weight of 6,190 pounds.
The players
Jeep
An American automotive manufacturer known for producing off-road SUVs and launching its first fully electric Recon series.
The details
To conduct the test, organizers charged the 6,190-pound vehicle to 100 percent and maintained a consistent 75 mph speed. The Recon’s design choices, including a 32.7 square-foot frontal area and high clearance, inherently limit its energy efficiency on pavement compared to more streamlined electric vehicles. These design attributes prioritize off-road credentials over the optimized aerodynamics required for maximum range at highway speeds.
Timeline
October 2, 2026
The Home Front
This performance gap underscores the ongoing tension in the automotive market between dedicated off-road utility and electric efficiency. As more rugged SUVs enter the electric sector, owners should anticipate trade-offs between trail-ready ground clearance and highway driving range.
If you are considering the 2026 Jeep Recon for family road trips, plan for more frequent charging stops than EPA estimates might suggest when driving at highway speeds. Use the 1.7 miles per kWh efficiency figure as a baseline when mapping out potential routes that require high-speed travel.
The takeaway
Vehicle design significantly alters battery consumption, and highway speeds often lead to lower range than laboratory tests indicate. When planning your next long-distance trip in an electric SUV, assume a lower range-per-charge to ensure you reach your destination safely.
Further reading
For more information on how charging technology is changing the way we drive, visit the Electric Vehicles section.
Live Poll
Would you prioritize off-road capabilities over energy efficiency when choosing an electric vehicle?
