The Jeep Recon is supposed to bring electric propulsion to places where pavement ends, but reaching those places may be one of its biggest challenges. In Car and Driver’s standardized highway test, the 2026 Recon Moab managed only 160 miles—about 257 kilometres—on a full charge. Its EPA combined range rating is 222 miles, or roughly 357 kilometres.
That creates a headline shortfall of almost 100 kilometres, or about 28%. Yet the numbers require context. The independent test maintained approximately 121 km/h, while the EPA figure combines city and highway testing under a different methodology. Even with that distinction, the result highlights an important compromise in Jeep’s electric off-roader: the equipment that makes the Recon distinctive away from pavement also works against efficiency during the long highway journeys often required to reach it.
The Recon Fell Almost 100 Kilometres Short of Its Combined Rating
Car and Driver recorded 160 miles of highway range from the Recon Moab, equivalent to approximately 257.5 kilometres. The EPA combined rating of 222 miles converts to roughly 357.3 kilometres. Using the original mile figures, the independent result was about 27.9% below the combined rating. That is a meaningful difference rather than a matter of rounding. A journey that appears comfortably achievable using 357 kilometres as the planning number could require an additional charging stop if highway consumption resembles the test.
There is an important limitation, however. Car and Driver did not simply drive at whatever mixture of speeds the EPA rating represents. Its test involves sustained 75-mph highway travel, or approximately 121 km/h. The publication starts with a fully charged battery, monitors state of charge throughout the run and uses its established procedure to calculate the result. The 160-mile figure therefore represents one demanding highway scenario, not a declaration that every Recon will stop after exactly 257 kilometres.
The EPA Number Is Not a 357-Kilometre Highway Promise
The comparison becomes clearer once the EPA methodology is understood. The 222-mile figure is the Recon’s combined range rating, not a guarantee of 222 miles during continuous high-speed highway driving. EPA says adjusted city and highway range results are weighted 55% toward city driving and 45% toward highway driving to create the combined range displayed for an electric vehicle. Testing takes place on a laboratory dynamometer under standardized procedures rather than during a continuous interstate run at 75 mph.
EPA also applies adjustments intended to better reflect real-world factors such as cold temperatures, air-conditioning use and aggressive or high-speed driving. Car and Driver approaches the problem differently. Its highway test deliberately holds vehicles at a GPS-verified 75 mph because long-distance highway range is particularly relevant to EV road trips. Comparing 160 miles directly with 222 miles therefore mixes two different benchmarks. The roughly 28% gap remains informative, but it should be described as a shortfall against the EPA combined rating rather than an apples-to-apples failure to reproduce an EPA highway test.
Efficiency Is the More Concerning Number
Range tells drivers how far a vehicle travels, while efficiency helps explain why. Car and Driver calculated that the Recon achieved approximately 1.7 miles per kilowatt-hour in its highway evaluation. That works out to roughly 2.7 kilometres per kilowatt-hour. The publication characterized the Recon as being among the least-efficient electric vehicles it has subjected to its standardized highway procedure after testing more than 100 EVs.
The Recon’s test specification lists 94 kWh of battery capacity, yet the vehicle managed only 160 miles from that energy reserve under the test conditions. That is important because simply installing a large battery cannot completely compensate for high consumption. Bigger batteries also add cost and mass. Jeep Canada separately lists approximately 100 kWh of gross battery capacity in its specifications, reflecting the distinction between gross pack capacity and the capacity figure used by Car and Driver. Whichever measurement is considered, the broader conclusion is similar: the Recon carries a substantial battery without delivering especially long high-speed range.
Its Shape Becomes Expensive at Highway Speed
The Recon was never designed to resemble a slippery electric sedan. Jeep Canada lists a drag coefficient of 0.40, while Car and Driver cites approximately 32.7 square feet of frontal area. The upright windshield, high roof and broad front end contribute to the rugged styling, but those shapes must continually push air aside. At neighbourhood speeds that matters less. At sustained highway speed, aerodynamic resistance becomes far more consequential.
NASA’s standard drag equation shows why. With other variables unchanged, aerodynamic drag is proportional to the square of velocity. Increasing speed from 100 km/h to 120 km/h therefore raises the aerodynamic drag component by about 44%, although total vehicle energy consumption does not increase by exactly the same amount because rolling resistance and drivetrain losses behave differently. Car and Driver’s 121-km/h test consequently places the Recon in conditions where its shape carries a significant penalty. The vehicle can be quiet and effortlessly powerful, but electric propulsion does not exempt it from the physics of pushing a large, upright body through the atmosphere.
The Off-Road Equipment Explains Part of the Trade-Off
The Recon’s inefficiency is easier to understand when viewed alongside what Jeep designed it to do. The Moab rides on 33-inch all-terrain tires, and Car and Driver’s test vehicle weighed 6,190 pounds, or about 2,808 kilograms. It also carries steel protection for its battery and an electronically controlled locking rear differential. Jeep markets the Recon as a Trail Rated fully electric utility vehicle rather than a road-focused crossover wearing rugged styling.
Jeep Canada says the Recon can ford water up to 61 centimetres deep under appropriate conditions, while its removable doors, rear-quarter glass and available open-air roof reinforce its outdoor focus. All-terrain tires, robust underbody hardware and off-road-oriented packaging have legitimate benefits once pavement disappears. They are not optimized for minimizing electrical consumption at 121 km/h. That creates the Recon’s central engineering compromise: many of the characteristics that make it an unusual and potentially appealing EV also make it harder to maximize the number of kilometres squeezed from every kilowatt-hour on the highway.
The Wagoneer S Demonstrates What Aerodynamics Can Change
Perhaps the strongest comparison comes from inside Jeep’s own family. Car and Driver reported 280 miles—about 451 kilometres—of highway range from the Jeep Wagoneer S under the same general 75-mph testing procedure. The publication notes that the Wagoneer S and Recon share the STLA Large architecture, similarly sized 94-kWh battery specifications and front and rear electric motors. Yet the Wagoneer travelled 120 miles farther in the highway evaluation.
Design helps explain the enormous difference. Car and Driver lists a drag coefficient of approximately 0.29 for the Wagoneer S versus 0.40 for the Recon, while its frontal area is also smaller. The Wagoneer additionally uses more road-oriented tires and sits closer to the pavement. Its measured efficiency reached about 3.0 miles per kWh, compared with 1.7 for the Recon. The comparison is valuable because it removes much of the usual debate about battery technology or corporate engineering. Two closely related electric Jeeps produce dramatically different highway results largely because they were designed around different missions.
Fast Charging Helps, but It Does Not Eliminate the Range Problem
Jeep Canada advertises an estimated 5%-to-80% DC fast-charge time of approximately 28 minutes under suitable conditions. Car and Driver conducted a different charging test, taking the Recon from 10% to 90% in 43 minutes at an average rate of 107 kW. Those results should not be treated as contradictory because the charging windows are different. Charging usually slows as a lithium-ion battery approaches a high state of charge, making the final portion disproportionately time-consuming.
The EPA recommends that EV road-trippers generally consider continuing their journey at around 80% rather than waiting for 100%, because charging speeds typically taper significantly near the top of the battery. That advice has particular implications for the Recon. Its full-charge highway-test distance was already modest, meaning drivers may rarely have all 257 tested kilometres available after a typical fast-charging stop. A relatively quick 5%-to-80% session can make the vehicle usable for touring, but charging speed and driving range must be considered together rather than as unrelated specifications.
A Typical Road-Trip Charging Window Could Mean About 180 Kilometres
Consider an illustrative road-trip scenario based entirely on Car and Driver’s measured highway distance. If the Recon delivered 257 kilometres from 100% to empty under similar conditions, an 80%-to-10% operating window would represent about 70% of that distance, or roughly 180 kilometres. Starting a journey at 100% and retaining a 10% arrival reserve would provide approximately 232 kilometres. Those numbers are calculations, not additional road tests, and actual battery percentage does not necessarily translate perfectly into distance.
Still, the example reveals why headline range and road-trip range are different concepts. Few drivers deliberately arrive at an unfamiliar charging station with zero energy remaining. Weather, elevation, detours and charger availability encourage a buffer. After the first stop, many EV drivers also depart before reaching 100% because the upper portion of the battery charges slowly. A Recon travelling between fast chargers could therefore cover considerably less than its EPA-rated 357 kilometres before another break becomes prudent. For remote recreation, charging-station placement could matter almost as much as the vehicle’s trail capability.
Canadian Winter Driving Could Add Another Challenge
Cold weather is especially relevant to a Canadian vehicle with an outdoor-adventure mission. The Canadian Automobile Association conducted a real-world winter range evaluation involving numerous popular EVs on a route between Ottawa and Mont Tremblant. The vehicles travelled between 14% and 39% less than their official published ranges in sub-zero conditions. The Recon was not part of that test, so those percentages cannot legitimately be applied directly to Jeep’s new EV.
That distinction is important. Taking the Recon’s 257-kilometre highway result and automatically reducing it by another 14% to 39% would create a speculative number rather than a verified winter range. A proper result would require testing the vehicle itself while recording temperature, speed, tires, cabin heating and road conditions. CAA does recommend measures such as preconditioning an EV while it remains plugged in and parking in a sheltered location where possible. For Recon owners, the practical concern is simply that a vehicle already showing limited high-speed range may leave less margin when environmental conditions become unfavourable.
Canadian Buyers Are Already Presented With Multiple Range Numbers
Jeep Canada itself illustrates how complicated range messaging can become. Its detailed Moab specification page lists an all-electric range of 357 kilometres, closely corresponding to the 222-mile EPA figure. Elsewhere on Jeep Canada’s Recon overview, the company advertises up to 370 kilometres of total driving range, clearly identifying that number as a manufacturer estimate achievable under ideal conditions. Buyers can therefore encounter 257 kilometres from an independent highway test, 357 kilometres in the vehicle specifications and up to 370 kilometres in manufacturer marketing.
None of those figures necessarily makes the others false. They describe different test methods or assumptions. But the distinction matters greatly at the Recon’s price. Jeep Canada currently lists the Moab from roughly C$87,790 before applicable sales taxes and certain other costs. At that level, understanding which range number reflects a particular type of driving becomes more important than simply identifying the largest figure on a webpage. Someone predominantly commuting around a city may experience the Recon very differently from someone regularly driving hundreds of highway kilometres toward remote recreation areas.
The Recon’s Biggest Question Is Whether Its Character Justifies the Compromise
Judging the Recon only on kilometres risks overlooking why the vehicle exists. Jeep has given it removable doors, removable rear-quarter and swing-gate glass, an available Sky One-Touch power roof, all-terrain tires, electric four-wheel drive and up to 670 horsepower. Car and Driver measured a 3.5-second run to 60 mph in its test vehicle. Few EVs combine that level of acceleration with an open-air Jeep-style experience and genuine off-road equipment.
The difficult part is that range matters precisely because the Recon is intended for adventure. A commuter EV can return home to the same charger every night. An off-road vehicle may be expected to travel long highway distances before reaching a trail, campground or rural destination where high-speed charging becomes scarce. The 257-kilometre highway result does not make the Recon incapable, nor does it invalidate the 357-kilometre combined rating. It does reveal the price of the Recon’s priorities. Buyers attracted by what makes this Jeep unusual will need to decide whether that character is worth planning more carefully around its highway efficiency.
