Tag Archives: Renault

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Renault Bridger Concept: The Sub-4-Meter SUV with Big-Time Attitude

There’s a particular kind of honesty to a boxy SUV with a spare wheel bolted to its tailgate. It doesn’t pretend to be a coupe. It doesn’t apologize for its angles. And it certainly doesn’t need a light bar stretching from fender to fender to make a point.

Enter the upcoming Bridger concept, set to debut at the Renault Group strategy day on 10 March—a rugged, city-focused crossover that looks ready to trade mall parking garages for muddy village roads without breaking a sweat.

Small Footprint, Big Personality

At under 4.0 meters in length, the Bridger is shorter than the Renault 4 (4.1 meters) and notably more compact than the Dacia Duster (4.3 meters). That puts it squarely in the territory once occupied by the dearly departed Suzuki Jimny—a vehicle that proved you don’t need much sheetmetal to have a lot of character.

But unlike the Jimny’s body-on-frame, rock-crawler bravado, the Bridger appears more urban-savvy than trail-obsessed. Think curb-hopping agility, tight alley maneuverability, and enough ground clearance to survive infrastructure that hasn’t quite caught up with the 21st century.

The rear-mounted spare wheel is the giveaway here. It’s equal parts visual theater and practical insurance policy—a subtle nod that this crossover may spend as much time dodging potholes as it does valet stands.

Built Where It Matters

This isn’t a Euro-centric fashion experiment. The production version of the Bridger will be designed and developed in India and most likely assembled at Renault’s Chennai plant. That decision alone tells you where the priorities lie.

Earlier this year, Renault outlined a £2.2 billion plan to significantly grow its market share outside Europe. Translation: while Paris gets the nostalgia plays and EV experiments, India, Africa, and the Middle East get the hardware meant to move volume.

And in those markets, electrification isn’t yet king. With EV adoption still modest, the Bridger is expected to skip plug-in ambitions entirely and lean on combustion power. Most likely? The same mild- and full-hybrid setups found in the Indian-built Renault Duster. That means efficiency without the infrastructure anxiety—a pragmatic solution for regions where charging networks aren’t exactly flourishing.

A Name with Muscle

Renault seems serious about the Bridger name making it to production. Sylvia dos Santos, Renault’s head of naming strategy, describes it as “powerful, robust and versatile”—very much in the mold of Duster. It’s an English-word approach designed to resonate globally, especially in markets where ruggedness still sells better than refinement.

And let’s be honest: “Bridger” sounds like something that climbs mountains before breakfast.

Part of a Bigger Offensive

The Bridger isn’t alone in Renault’s outward-facing ambitions. The wild Renault Niagara concept—previewing a rugged pickup expected around 2027—signaled that Renault is thinking far beyond its traditional European comfort zone. The message is clear: global growth won’t come from retro hatchbacks alone.

The Bigger Picture

What makes the Bridger intriguing isn’t just its size or styling cues. It’s the philosophy behind it. In an era when compact crossovers increasingly look like inflated hatchbacks with delusions of grandeur, Renault appears to be doubling down on utility and clarity of purpose.

Short. Boxy. Practical. Affordable. Combustion-powered. Built where it’s sold.

If the concept translates cleanly into production, the Bridger could become the kind of no-nonsense urban warrior that makes you wonder why more automakers aren’t building SUVs this way.

Sometimes, the boldest move isn’t going electric or autonomous. Sometimes, it’s just putting the spare wheel back where everyone can see it.

Source: Renault

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This Renault Twizy Now Makes Supercar Torque

The Renault Twizy was never meant to be quick. It was meant to be clever. Narrow. Urban. A rolling answer to the question, “What if a car was mostly door?” With its tandem seating, sci-fi plastic bodywork, and scissor doors that looked like they’d been borrowed from a rejected Tron sequel, the Twizy carved out a niche as the world’s most charming electric appliance.

Speed? Not its department.

Which is precisely why the lunatics at DM Performance decided it needed 80 horsepower and enough torque to bend reality.

The Mild-Mannered EV Goes Full Supervillain

The build begins the only way these stories ever do: with violence. Out came the Twizy’s factory 17-hp (13-kW) motor, a unit that treated acceleration as a polite suggestion. In its place went the powertrain from a Stark Varg—currently the electric equivalent of a 450cc motocross bike, and about as subtle as a brick through a greenhouse.

The numbers are absurd. Power jumps to 80 hp (60 kW), a 396-percent increase that turns the Twizy’s résumé from “reliable intern” to “HR liability.” But horsepower is only half the story. The Stark Varg motor is rated at 692 lb-ft (938 Nm) of torque.

Yes. Six hundred and ninety-two.

For perspective, a Lamborghini Aventador makes 509 lb-ft. A Ram 1500 TRX—a two-and-a-half-ton monument to supercharged excess—delivers 680 lb-ft. The Twizy now produces more twist than both, in something that looks like it should be parked next to rental e-scooters.

Torque is what you feel. And in a vehicle this small, this light, and this fundamentally unprepared for such nonsense, torque is everything.

Surgery, Not a Swap

Fitting motocross-bike fury into a French quadricycle required more than optimistic zip ties. DM Performance removed the original rear cradle entirely and fabricated a custom mounting solution. The Twizy’s direct-drive transaxle gave way to a bespoke chain-drive setup—because nothing says “this will end well” like industrial chain noise behind your seat.

To stop the differential from instantly converting itself into glitter, the team engineered a custom stainless-steel casing and packed it with high-pressure grease to approximate limited-slip behavior. It’s less “OEM refinement” and more “mechanical deterrence.”

Then came suspension. A set of Maxpeedingrods coilovers was bolted in to reduce body roll—and, presumably, reduce the likelihood of the Twizy attempting to reenact a gymnast’s floor routine mid-corner.

Lighter. Meaner. Slightly Unhinged.

The original 100-kg (220-lb) battery was replaced by the Stark Varg’s 32-kg (70-lb) pack. It’s lighter, slightly higher in capacity, and capable of discharging energy at a rate that suggests it holds grudges.

The result is a machine that weighs a fraction of conventional performance cars while delivering torque figures that belong in a pickup truck brochure. Power-to-weight here isn’t impressive. It’s irresponsible.

Drag Strips and Donuts

The resulting “Stark Twizy” didn’t stay in the workshop. It lined up against an Audi S1 Quattro in a 100-mph drag race—and won. Let that settle in. A vehicle originally designed for European city centers just outran a rally-bred hot hatch to triple-digit speeds.

Then the builders took it drifting. And because subtlety is clearly not in the business plan, they performed donuts around a Lamborghini Aventador—a scene that feels less like a comparison test and more like performance art.

Not Their First Bad Idea

This isn’t DM Performance’s first experiment in miniature mayhem. They previously built a Stark-powered Citroën Ami, though they admitted the Twizy’s rear-wheel-drive layout makes it a better canvas for hooliganism.

And if electric chaos doesn’t satisfy your appetite, they’ve also created a turbocharged, Hayabusa-swapped tuk-tuk trike producing 305 hp in a 460-kg package. That’s less a vehicle and more a physics demonstration.

The Point of It All

The Twizy was once a symbol of urban efficiency. Now it’s proof that the electric age doesn’t have to be sterile. It can be loud (mechanically), sideways, and deeply, profoundly silly.

Car enthusiasts often ask whether EVs can be fun. The answer, apparently, is yes—provided you’re willing to install motocross-bike torque into something the size of a vending machine.

Somewhere in France, an engineer who worked on the original Twizy is staring at the ceiling, sensing a disturbance in the force.

And in a small UK workshop, someone is probably looking at a lawnmower and thinking, “Eighty horsepower should do it.”

Source: DM Performance

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Renault’s Drone Deal Signals a New Era for Europe’s Auto Industry

For most of the past century, the European auto industry has been very good at one thing: building cars. But history has a way of bending manufacturing empires toward whatever the moment demands, and in 2025, that moment looks less like crossovers and EVs and more like geopolitics and unmanned aircraft.

Renault, a brand best known for hatchbacks, hot hatches, and the occasional Formula 1 title, has just agreed to build up to 600 military drones at its Le Mans facility in cooperation with French defense contractor Turgis Gaillard. It’s a move that sounds startling—until you remember that automakers have been pivoting into defense production for as long as there have been wars to fight.

Europe’s Auto Industry Is Looking for a Second Job

Europe is increasing defense spending at a pace not seen in decades. Russia’s invasion of Ukraine reset the continent’s threat perception, and even distant rumblings—like former U.S. President Donald Trump’s Greenland rhetoric—have reinforced the idea that Europe needs to be more militarily self-reliant.

France alone plans to boost its defense budget by €36.5 billion by 2030, according to President Emmanuel Macron’s recent address to the armed forces. That kind of money needs factories, suppliers, and engineers—and Europe just happens to have an enormous industrial base that’s increasingly underused as car production slows.

That’s where companies like Renault come in.

The Le Mans plant, which normally produces chassis components for Renault, Dacia, and other brands within the group, built 1.3 million parts in 2024 and employs about 1,500 people. In other words, it’s exactly the kind of high-volume, high-precision manufacturing environment defense contractors dream of but rarely own.

Now, some of that capacity will be diverted to drones.

This Isn’t Renault’s First War

If this feels like a dramatic shift for a modern car company, it really isn’t. Renault’s military résumé goes all the way back to World War I, when it built the Renault FT, one of the world’s first modern tanks. Even today, Renault Trucks—though no longer part of the Renault Group—produces armored vehicles for the French Army.

What’s different now is the product. Instead of tanks and troop carriers, Renault is helping build drones: small, software-heavy, electronics-intensive machines that are closer in spirit to a modern EV than to a Sherman tank.

And that’s exactly why automakers are being called in.

Why Carmakers Are Suddenly Attractive to Defense Ministries

Modern military hardware is increasingly defined by three things: electronics, software, and mass production. That’s the same trio that defines the automotive industry in the EV and autonomous-driving era.

Tesla may be the most famous example of a car company drifting toward robotics and AI, but Europe’s legacy manufacturers have quietly been developing similar skills: battery management, sensor fusion, embedded computing, and high-reliability manufacturing at scale.

From a defense perspective, Renault doesn’t need to become Lockheed Martin. It just needs to do what it already does best—designing, industrializing, and mass-producing complex machines—and apply that to a different kind of vehicle.

Renault Won’t Be Alone

Renault’s drone project is just the tip of a much larger pivot across Europe’s supplier base.

  • Valeo is already working with around 100 companies on defense-related drone systems.
  • Schaeffler is developing electronic components for Helsing drones.
  • Valmet is preparing to build armored vehicles.
  • ZF Friedrichshafen and Bosch are also involved, even if they’re not yet treating defense as a core business.

The logic is brutal but simple: European car production is in long-term decline, squeezed by Chinese competition, EV transition costs, and shrinking margins. Defense, meanwhile, is flush with cash and desperate for industrial capacity.

If you’re an automotive supplier staring at half-empty factories, military contracts suddenly look a lot like survival.

Not a Farewell to Cars—But a Hedge Against the Future

Renault insists this drone project won’t affect its car plans and that it has no intention of becoming a major defense contractor. That’s probably true. But it’s also beside the point.

This isn’t Renault abandoning the car business—it’s Renault buying insurance against a European auto market that looks increasingly fragile. If EVs don’t sell, if factories sit idle, if global competition keeps tightening, having another customer with a multi-billion-euro budget is very comforting.

A century ago, Renault helped France fight a war with tanks. Today, it will help with drones. Same company, same factories, different machines.

The badge on the hood still says Renault. The payload just changed.

Source: Renault; Photo: Turgis Gaillard