In a new independent highway test, the 2026 Jeep Recon Moab travelled just 160 miles on a full charge, equivalent to roughly 257 kilometres. That puts the result below 260 kilometres and almost 100 kilometres behind the 357-kilometre all-electric range currently listed for the Moab by Jeep Canada. The test was conducted at a steady 75 mph, or about 121 km/h, so it should not be treated as a replacement for a standardized government range rating. Still, the result provides a revealing look at what happens when the Recon’s boxy shape, large all-terrain tires and off-road priorities meet sustained highway speeds.
The Test Stopped at 160 Miles
Car and Driver conducts its EV highway-range evaluations by fully charging a vehicle and maintaining approximately 75 mph on the highway until the usable charge is exhausted. The publication has used the procedure on more than 100 electric vehicles, making the Recon’s performance useful for comparisons with other EVs tested under essentially the same approach. The Recon Moab covered 160 miles, or approximately 257 kilometres, before needing another charge.
Efficiency was equally notable. The Recon returned only 1.7 miles per kilowatt-hour during the test, putting it among the least efficient electric vehicles Car and Driver has evaluated. Its EPA-rated range is 222 miles, equivalent to about 357 kilometres, meaning the test result was roughly 28 percent below that figure. That difference is substantial, but it also reflects a demanding scenario: holding a tall, heavy off-road SUV at roughly 121 km/h continuously puts far more emphasis on aerodynamic efficiency than a mixed driving cycle does.
The Canadian Rating Is Nearly 100 Kilometres Higher
Jeep Canada currently lists the Recon Moab with 357 kilometres of all-electric range. The company’s broader Recon page also advertises up to 370 kilometres depending on specification, but the model-specific page gives 357 kilometres for the Moab. Against that number, the approximately 257 kilometres achieved in Car and Driver’s test represents a gap of almost exactly 100 kilometres. For a vehicle marketed around exploration and outdoor use, that difference is difficult to ignore.
It is equally important not to describe the result as proof that the official rating is inaccurate. Canadian fuel-consumption and EV-range figures come from standardized laboratory procedures intended primarily to make vehicles comparable. Natural Resources Canada says its basic highway cycle averages 78 km/h and reaches 97 km/h, while the broader five-cycle procedure also includes cold-weather, air-conditioning and higher-speed testing. A continuous run at approximately 121 km/h is therefore a different challenge. The new result is best understood as a specific high-speed highway measurement rather than a replacement range rating.
Highway Speed Exposes the Recon’s Aerodynamic Penalty
The Recon looks like a Jeep because it deliberately avoids the low, slippery profile adopted by many modern EVs. Official specifications put its drag coefficient at approximately 0.404 and its frontal area at 32.74 square feet. Neither figure is particularly friendly to highway efficiency. The upright nose, squared-off roofline and broad body help create the visual identity expected from a rugged Jeep, but they also force the vehicle to move considerably more air at speed.
That becomes increasingly important on a freeway. Government engineering material notes that aerodynamic drag is related to both frontal area and drag coefficient, while drag force rises with the square of vehicle speed. In practical terms, pushing through the air becomes disproportionately harder as speed climbs. At 50 or 60 km/h, the Recon’s shape is less punishing. At roughly 121 km/h for an extended period, aerodynamics become a dominant part of the energy bill. That helps explain why a vehicle that can appear perfectly workable around town can lose kilometres rapidly during a fast interstate or Trans-Canada Highway trip.
Off-Road Hardware Comes With an Efficiency Cost
Aerodynamics are only part of the story. The Recon Moab rides on large 33-inch all-terrain tires and has about 9.1 inches of ground clearance. Official curb-weight figures place it above 6,100 pounds, while Car and Driver’s test vehicle weighed roughly 6,190 pounds. The body also carries equipment required for legitimate off-road duty, including battery protection, a full-size spare and hardware designed to survive terrain far rougher than a normal crossover is expected to encounter.
Those choices make sense on a trail, where tire grip, clearance and durability can determine whether a vehicle keeps moving. They are less helpful when maximizing kilometres from every kilowatt-hour. Aggressive all-terrain tires generally demand compromises compared with road-focused rubber, while extra mass and ground clearance work against efficiency in different driving situations. Car and Driver specifically identified the Recon’s tires, clearance and shape as major differences from Jeep’s more road-focused Wagoneer S. The result is an EV that has been optimized around capability rather than chasing a record-setting range figure, and the highway test shows just how large that compromise can become.
The Wagoneer S Shows What the Platform Can Do
One of the strongest pieces of evidence comes from inside Jeep’s own showroom. The Recon and Wagoneer S share the STLA Large architecture, and Car and Driver evaluated both using the same 75-mph highway procedure. The Wagoneer S managed 280 miles, approximately 451 kilometres, compared with just 160 miles for the Recon. Its measured efficiency was 3.0 miles per kilowatt-hour, versus 1.7 for the Recon.
The differences between them are revealing. Car and Driver lists the Wagoneer S with a drag coefficient of about 0.29 compared with roughly 0.40 for the Recon, along with less frontal area and only 6.4 inches of ground clearance. It also wears road-oriented tires rather than the Recon’s aggressive all-terrain setup. This is about as useful a comparison as an EV engineer could ask for: closely related electric Jeeps pursuing very different objectives. The Wagoneer S demonstrates that the underlying electric architecture can deliver substantially greater highway range when packaged in a lower, smoother and more road-focused vehicle.
Jeep Built the Recon to Do Things Most EVs Cannot
Focusing only on range risks overlooking why the Recon was designed this way. Jeep Canada currently lists 670 horsepower and 620 lb-ft of torque from its dual-motor four-wheel-drive system. Car and Driver recorded a 3.5-second sprint from zero to 60 mph during instrumented testing. That is sports-car acceleration from an electric SUV carrying large tires, off-road suspension and more than three tons of mass.
The trail equipment goes well beyond styling. The Moab incorporates an electronically locking rear differential, steel protection for the battery, dedicated terrain modes and a 15:1 rear final-drive ratio designed to multiply torque for difficult terrain. Its approach, breakover and departure angles are approximately 33.8, 23.3 and 33.1 degrees, respectively. Jeep also designed the doors, rear-quarter glass and swing-gate glass to be removable without tools. These are unusual features in the electric-SUV market. They help explain why the Recon sacrifices some efficiency: Jeep was trying to preserve open-air character and serious trail capability rather than simply building another streamlined electric crossover.
Charging Matters More When Highway Range Shrinks
Shorter highway range does not automatically make an EV impractical if it can recover energy quickly, which makes the Recon’s charging performance an important part of the equation. Jeep says a suitable Level 3 DC fast charger can take the battery from 5 percent to 80 percent in approximately 28 minutes. The company also estimates that the Recon can add about 100 miles of range in 10 minutes under favourable fast-charging conditions.
Independent testing adds useful context. Car and Driver measured 43 minutes for a 10-to-90-percent charging session, with the Recon averaging 107 kW during that test. Those numbers should not be directly compared with Jeep’s 5-to-80-percent claim because the charging windows are different; the final portion of an EV battery typically charges more slowly. Still, they demonstrate why charging stops become a larger part of long-distance planning when usable high-speed range is around 257 kilometres. A vehicle travelling farther between chargers can absorb mediocre charging more easily. With the Recon, both charger location and stop duration become more important.
The Biggest Question Is How Owners Will Actually Use It
For everyday commuting, a 257-kilometre highway result may rarely become a problem. Most vehicles do not spend their lives driving continuously at 121 km/h from a full battery until nearly empty. Home charging also changes the equation because an EV can begin ordinary daily trips with a substantial charge. The Recon therefore remains capable of handling the kind of urban and suburban use that consumes only a fraction of its available energy each day.
The harder scenario is also the one central to the Recon’s identity: travelling a significant distance on the highway before heading into remote country. Charging infrastructure can become thinner precisely where trails become more interesting. Canadian weather adds another variable. Natural Resources Canada notes that speed, cargo weight and temperature can all change real-world EV range, and its guidance says extreme cold can reduce EV range substantially. That does not mean the Recon will experience a specific percentage loss in winter without a dedicated cold-weather test, but it reinforces the importance of leaving a range reserve. With Jeep Canada currently listing the Recon Moab from roughly C$87,790, buyers are paying for a highly specialized combination of performance, open-air design and trail ability. The new highway result makes the compromise attached to that specialization much clearer.
