Rare Rides: A Renault R5 Turbo Is Your Hot Hatch Dream From 1984

Corey Lewis
by Corey Lewis

We’ve had a couple of Renaults featured on Rare Rides previously. Starting out gently with the Kenosha, Wisconsin-built Alliance GTA, we kicked it up a notch with Renault’s second generation 5 GT Turbo.

But that hatchback was sort of a pretender using the 5 Turbo name. Let’s look at the original one, which was altogether more serious.

Today’s Renault hatchback is an R5 Turbo. Unlike the GT Turbo which came afterward, this one had its engine in the back.

Debuting at the Brussels Motor Show in 1980, Renault had the rally circuit in mind when engineering the beastly R5. You see, Renault was jealous — jealous of Lancia, which had much success with its Stratos (Rare Rides fodder for a different day).

Like our Alfa Romeo Montreal, design work for this modified hatchback was done by Marcello Gandini over at the Bertone office. He drew up the wide hips and air vents necessary to cool the 1.4-liter turbocharged inline-four engine. Producing 158 horsepower, the engine’s thrust is delivered to the rear wheels via a five-speed manual.

Race homologization rules required production of at least 400 road-going examples, allowing the R5 to enter international rallies. Renault’s Alpine division manufactured the initial run in France, though there was simultaneous production in Belgium. Renault took the R5 racing as planned, and won the Monte Carlo Rally in 1981 — its first time at the World Rally Championship. Renault would have a short time to celebrate; Audi was coming out with its Quattro and the era of rear-drive rally car success was at an end.

The initial run of vehicles was known as Turbo 1, totaling to 1,820 hatchbacks. Afterward, Turbo 2 production started. This model used more off-the-shelf Renault parts, and was less expensive than the Turbo 1. Renault was able to produce and sell more of the less expensive Turbo 2, with a total production figure of 3,167.

Though the special lightweight components were replaced with stock ones, the Turbo 2 maintained almost the same performance as its illustrious sibling. A 0-60 time of 6.9 seconds and a top speed of 120 miles per hour was very respectable for the time. Racing versions had amped up performance, of course.

Today’s example is a Turbo 2 from 1984. Located in the northern Seattle suburb of Vancouver, in Canada, it has covered a little over 45,000 miles. Asking price is nearly $122,000 USD, which Renault expert Chris Tonn tells me is a bit too high.

But don’t let that put you off. Consult with your financial planner today, and make room for Renault R5.

[Images via seller]

Corey Lewis
Corey Lewis

Interested in lots of cars and their various historical contexts. Started writing articles for TTAC in late 2016, when my first posts were QOTDs. From there I started a few new series like Rare Rides, Buy/Drive/Burn, Abandoned History, and most recently Rare Rides Icons. Operating from a home base in Cincinnati, Ohio, a relative auto journalist dead zone. Many of my articles are prompted by something I'll see on social media that sparks my interest and causes me to research. Finding articles and information from the early days of the internet and beyond that covers the little details lost to time: trim packages, color and wheel choices, interior fabrics. Beyond those, I'm fascinated by automotive industry experiments, both failures and successes. Lately I've taken an interest in AI, and generating "what if" type images for car models long dead. Reincarnating a modern Toyota Paseo, Lincoln Mark IX, or Isuzu Trooper through a text prompt is fun. Fun to post them on Twitter too, and watch people overreact. To that end, the social media I use most is Twitter, @CoreyLewis86. I also contribute pieces for Forbes Wheels and Forbes Home.

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  • Amwhalbi My 1972 Mercury Capri was my first stick shift car. God, I miss that thing. It was a blast to drive.
  • Vid169489471 The technology exists today to produce a variable color temperature (kelvin) LED lamp. It can vary from 2700k that soft orange look to 6500k the bright daylight with the bluish tint.Since everything in a late model car is computer controlled, it would be an easy task to write a few lines of code that enables your vehicle to not only dim down from hi to low beam but to shift color temp down to the 2700k range for oncoming traffic, then back up to 5000k once oncoming traffic has passed. For the operator it would be automatic and seamless. For older cars they could be retrofitted with LEDs that are 2700k on low beam and 5000k on hi beam. As far as standards, there could be a lumens max, and a minimum. Several States already have minimum lumen standards going back to the old incandescent bulbs. Why not update these to national standards.
  • Jam169859557 More regulation is needed for ALL vehicle lighting systems. [list=1][*]The lighting that is most blinding are the rapidly flashing red, blue and amber lights on emergency vehicles. The lights themselves are blinding, flashing so rapidly that it's impossible for even the sharpest eyes to adjust. What's worse, is the nature of the emergency requires a careful view of the area surrounding the emergency vehicle. There is something going on that needs to be seen. More flashing lights is not the solution.[/*][*]Brighter headlights need to be regulated. The tall riding vehicles do not need headlights positioned so high that they blind drivers in lower riding vehicles. And those heasdlights need to be aimed properly. When I first started driving my 2020 Subaru Outback, many drivers would flash their lights, hoping I would dim my lights. This stopped after I performed am easy adjustment that tilted the beam lower. Late model Subaru headlamps are designed with a sharp cutoff that project less glare above the hood line. When the headlights are properly aimed, other drivers are not blinded by the beam.[/*][*]Customized light assemblies make it more difficult to see the marker lights (tail lamps, turn signals and side marker lamps) that have been tinted. There are many municiple codes that prohibit this tinting, but these laws are seldom enforced.[/*][/list=1]Solutions: Tight controls on emergency vehicle lighting. In trying to make these vehicles more visible, a dangerous side effect is reducing the ability of drivers to see the surrounding perils.Headlight design regulations that reduce the height of the headlight assemblies. Just because a pickup truck has a hood that sits 4 feet abouve the pavement, it does not mean the headlights need to be so high. Owneres should maintain proper adjustments to their vehicle headlights.Establish and enforce regulation requiring a illumination standard be followed.
  • Stl170698708 as someone who hates big government, and their interference;but you can add me to the list of people that are blinded by the lights.unfortunately "the poop is out of the horse and no way is it going back in"They have had 5 years to make lights bigger, badder and brighter because in the vehicle work it is go big or go home!Trucks are the worst because so many people use them to express their dominance and that is big, big, big $$ both at the Original Purchase and in the Aftermarket world.If, we are so lucky to get some good government regulation on this it will also take some very good Court enforcement to get the aftermarket people with fines and lawsuits.Much like the EPA did with the Diesel Tuner Industry that felt emission regulations didn't apply to them.This is from someone that owns said pickup truck with the same bright headlights,but i only use the truck when I have too and always turn off the Fog lights when driving in traffic.
  • Art65765977 I saw a porsche 911 with the most amazing headlights from behind approaching the Sunshine skyway in Florida. The pattern was 108 degrees across sweeping the road like a broom. My brother and I were amazed. I don't know what it looked like from the front but i am sure it was better than American cars
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