Jay J.
Is the Ford Bronco Electric in the U.S. Right Now?
No. Ford's 2026 U.S. technical specifications list only gasoline powertrains for the full-size Bronco: the 2.3L EcoBoost four-cylinder, 2.7L EcoBoost V6, and 3.0L EcoBoost V6 in the Raptor.
There is no U.S.-market Bronco EV, plug-in hybrid, or conventional hybrid on sale as of September 2026.
That means a new Bronco sitting at a U.S. dealer today still uses the same basic gas-powered architecture owners have been modifying since the sixth-generation Bronco launched.
What Is the Electric Bronco Sold in China?
Ford does sell an electrified Bronco-family vehicle in China. Ford China calls it the Bronco New Energy, and it is offered in both a full battery-electric version and an extended-range electric version.
The battery-electric model uses a 105.4 kWh battery and Ford China lists up to 650 km of CLTC range. The extended-range version uses a 43.7 kWh battery and is listed at up to 1,220 km of combined CLTC range.
Ford China's current pricing starts at 229,800 yuan for the range-extended version, with the pure-electric models starting higher depending on trim.
This is not just the U.S. body-on-frame Bronco with batteries installed underneath. Ford developed it for a different market and use case. Ford China describes it as an all-terrain camping SUV, with features such as a powered pop-up roof on certain versions, a front trunk on the EV, a refrigerator, advanced driver-assistance hardware, and external power output.
That distinction matters when you see headlines calling it an "electric Bronco." The name is real, but it should not be treated as a U.S. Bronco powertrain announcement.
What Is the Bronco Basecamp Coming in 2027?
There is now another piece of the story outside China. Ford confirmed in August 2026 that the Bronco Basecamp will be sold in Australia and New Zealand beginning around mid-2027.
Ford describes the Basecamp as using an extended-range electrified powertrain with dual-motor electric drive, a 1.5L turbocharged gasoline range extender, and a 49 kWh usable battery.
The gasoline engine in this type of system is there to extend driving range while the electric motors handle propulsion. That is different from the current U.S. Bronco, and also different from a simple non-plug-in hybrid.
Ford also confirmed up to 6.6 kW of Pro Power Onboard for the Basecamp. That is enough output for equipment such as an induction cooktop or other campsite gear, subject to Ford's power limits and battery state.
This is useful context for U.S. buyers because it shows Ford is already engineering Bronco-branded vehicles around electrified outdoor use. It still does not confirm that the same vehicle or powertrain is coming to the United States.
Is a Hybrid Bronco Coming to the U.S.?
Yes, in the broad sense that Ford's CEO has publicly said Bronco will receive a hybrid option.
During a March 2026 appearance on Spike's Car Radio, Jim Farley said Ford is moving toward an all-hybrid lineup and specifically included Bronco. Ford has not released the U.S. Bronco hybrid's engine, battery size, electric range, towing rating, trim availability, or official launch date.
Industry reporting in August 2026 pointed to a 2027 arrival, but Ford has not made that U.S. model-year timing official. Treat 2027 as reported timing, not a published Ford product specification.
There is also no confirmation yet that the U.S. version will use the same extended-range setup as the Bronco Basecamp. Ford could use a conventional hybrid, plug-in hybrid, EREV, or another system.
What Is the Difference Between EV, EREV, and Hybrid?
These terms are getting mixed together in Bronco discussions, but they describe different drivetrains.
| Type | What moves the vehicle? | Gas engine? | Plug in? |
|---|---|---|---|
| Battery EV | Electric motors | No | Yes |
| EREV | Electric motors | Yes, mainly to extend range | Usually yes |
| Plug-in hybrid | Engine and/or electric motor | Yes | Yes |
| Conventional hybrid | Engine and electric motor | Yes | No |
The Bronco New Energy sold in China covers both the BEV and extended-range categories. The Bronco Basecamp announced for Australia and New Zealand uses the extended-range approach. Ford has only called the future U.S. Bronco a hybrid so far.
Is the Electric Bronco in China the Same Vehicle as the U.S. Bronco?
No. This is one of the most important distinctions in the entire topic. Ford China uses the Bronco name on an electrified vehicle with battery-electric and extended-range versions, but that does not mean Ford has just converted the current U.S. sixth-generation Bronco to electric power.
The packaging, dimensions, battery placement, suspension, cooling, electronics, and body structure can differ. For Bronco Forge, that means we would never assume a bumper, skid plate, suspension part, or roof accessory fits just because the vehicle carries a Bronco badge.
The same caution applies to the Bronco Basecamp Ford has announced for Australia. It is an electrified Bronco-family vehicle, not proof that the current U.S. Bronco will receive the exact same hardware.
Why Electrification Could Make Sense for a Bronco
Off-road vehicles are one of the more interesting places to use electric motors because low-speed torque matters more than high-rpm horsepower in many situations.
An electric motor can deliver torque immediately and can be controlled very precisely at low speed. That could be useful for crawling, controlled starts on loose terrain, and situations where smooth power delivery matters.
Electrification can also turn the vehicle into a power source. Ford's 6.6 kW Pro Power Onboard figure for the Bronco Basecamp is a good example. A Bronco used for camping, overlanding, photography, tools, refrigerators, or cooking equipment could get more day-to-day value from onboard electricity than from a small improvement in fuel economy alone.
There is another possible benefit: an electrified drivetrain can reduce how often the gas engine needs to run at camp. For owners who use a Bronco as a base for outdoor trips, quiet electrical power has a practical use that goes beyond the usual EV argument about commuting.
What Would Matter Most on an Electrified Off-Road Bronco?
More torque and onboard power sound good, but an off-road Bronco creates problems that an ordinary road-focused EV does not have to solve.
Battery Protection
The battery is the first thing Bronco Forge would want to inspect. A large battery mounted low in the chassis needs serious protection from rocks, ledges, and trail debris. Factory skid coverage, ground clearance, and where the battery sits relative to the frame would matter immediately.
Weight and Payload
Batteries add weight. For a Bronco owner who also wants steel bumpers, sliders, skid plates, a winch, roof gear, passengers, and camping equipment, payload could become more important than horsepower.
A future electrified Bronco would need to be judged by its payload sticker and axle ratings, not only by its torque figure.
Range Away From Pavement
EPA or WLTP range does not tell you exactly how far an electrified Bronco will travel on sand, rocks, steep grades, cold weather, or aired-down tires. Off-road driving can use energy very differently from highway cruising.
This is one reason an extended-range system is interesting for a Bronco. You can use electric drive without depending entirely on finding a charger near a remote trail.
Cooling
Slow crawling, high ambient temperatures, sand, and sustained off-road load can put a lot of heat into a drivetrain. Battery, motor, inverter, and engine cooling would all matter on a hybrid or EREV Bronco.
Water and Recovery
Bronco buyers will also care about water-fording limits, safe recovery points, winching procedures, and what happens after an underbody impact. Those are normal Bronco questions today, but electrification adds high-voltage components to the equation.
Would Current Bronco Parts Fit a Hybrid or Electric Bronco?
Do not assume they will.
If Ford adds a hybrid powertrain to the existing U.S. Bronco architecture, some exterior parts could carry over if the body mounting points stay the same. Rock sliders, roof racks, rear bumpers, and some lighting mounts may have a better chance of carrying over than parts that sit close to the engine, cooling system, battery, or front drivetrain.
Skid plates are the category we would be most cautious about. A battery pack, high-voltage cables, cooling lines, or different exhaust routing could completely change what needs protection underneath the truck.
Front bumpers could change too if Ford moves cooling hardware, sensors, charge equipment, or other components behind the grille. Suspension parts may need different spring rates if curb weight or axle weight changes.
Bronco Forge would treat a future hybrid as a new fitment application until the manufacturers confirm otherwise. We would rather mark a part incompatible for a few weeks than tell someone a current Bronco skid plate fits a high-voltage battery layout we have not seen.
Bronco Forge's Take on an Electric Bronco
For the full-size Bronco, we think a hybrid or extended-range electric setup makes more sense as the first major step than going straight to battery-only power.
The reason is not that electric drive is a bad fit for off-roading. In several ways, it is a very good fit. Instant low-speed torque, precise motor control, quiet operation, and onboard electrical power all suit the way people use Broncos.
The harder problem is where Broncos go. A commuter can plan around home charging. A Bronco owner may spend a weekend hours from the nearest fast charger, then add larger tires, a roof rack, armor, a winch, and 500 pounds of gear. That is a much less forgiving use case for a battery-only vehicle.
An EREV-style Bronco could split the difference. Electric motors could handle propulsion while a gas range extender provides backup energy when the truck is far from charging infrastructure. Ford's Bronco Basecamp shows that the company is already willing to use that formula in a Bronco-branded vehicle.
What would make us cautious is weight. If electrification eats too far into payload or forces the battery into the areas owners currently protect with skid plates, that changes how the truck can be built. We would want to see curb weight, payload, underbody layout, cooling, water-fording limits, towing, wheelbase, and factory recovery points before calling an electrified Bronco an upgrade over the current platform.
From an aftermarket standpoint, it could also create an entirely new protection category. Battery armor, high-voltage underbody protection, revised suspension rates, EV-safe recovery procedures, and accessories designed around onboard power could become normal Bronco products instead of niche EV parts.
