Renault 5 Turbo 3E first ride, Gunther Werks F-26 review and £20k fast estate challenge! | TGS

WRC stands for World Rally Championship, the top level of rally racing run by the FIA. It features cars racing on closed public roads and special stages, where grip and surfaces can change constantly.

In rallying, a stage is a timed section of road that the cars run one at a time. Drivers aim to post the fastest time on that specific stretch, and the results add up across all stages.

The Festival of Speed is a major motorsport and car culture event where manufacturers and teams bring cars to be displayed and demonstrated. It’s especially known for “hill climb” action and for letting spectators get close to the cars’ performance.

Group B was a high-profile 1980s rally racing class that allowed very powerful, lightweight homologation specials. It’s remembered for extreme performance and dramatic, sometimes dangerous, competition—so “Group B cars” are a big deal at historic rally stages.

“Quattros” refers to Audi’s Quattro all-wheel-drive rally cars, best known for dominating Group B-era events. In this context, the speaker is describing the rally stage lineup featuring those historic Audi rally machines.

A hill climb is a motorsport format where cars race up a steep course against the clock. The speaker compares the diversity of cars at the event’s rally stage to what you’d see at a typical hill climb.

Goodwood Motor Circuit is a motorsport venue in the UK used for car testing, track days, and racing events. It’s especially known for hosting driving experiences and manufacturer/press runs on a real circuit rather than just on public roads.

Peter Naam is the person the hosts credit with running Gunther Werks. In this segment, he’s mentioned as the driving force behind the company’s projects.

“0-60” is shorthand for how fast a car accelerates from 0 mph to 60 mph. When someone says “0-60 claims,” they mean the manufacturer’s or tester’s advertised acceleration time, which may differ from real-world results.

“0-62” is the same idea as “0-60,” but measured to 62 mph instead. It’s common in the UK/Europe, where 62 mph is a standard benchmark for acceleration testing.

“EV” stands for electric vehicle, meaning the car is powered by one or more electric motors instead of a traditional gasoline engine. EVs can deliver instant torque, which often makes them feel very quick in straight-line acceleration.

“TCSC” appears to refer to a traction/control system the car uses to manage wheel slip and stability. Leaving it “on” typically means the car’s electronics intervene to keep acceleration and handling more predictable, especially in high-power situations.

Gunther Werks’ F-26 is a bespoke, high-performance EV conversion project built around the Porsche 911 platform (with the company’s own engineering and powertrain work). It’s notable here because the host is comparing its weight and intimidation factor against a much more powerful EV with different traction-control settings.

“F16” is mentioned as part of Gunther Werks’ naming scheme for its limited-build EV projects. The host is drawing a parallel between the “F” numbers and fighter-jet references.

“F15” is referenced as another model number in the same Gunther Werks “F” naming pattern. The point is the thematic link to American fighter jets and the project lineup.

“Metzger” refers to the Porsche-derived flat-six engine family associated with the Metzger-era 911 race engines. In this context, “four-liter” describes the engine’s displacement, which is a key factor in how much power it can make at high revs.

A rev limit is an electronically or mechanically enforced maximum engine speed (RPM). Limiting RPM is used to protect the engine—especially during record attempts—because pushing past safe RPM can cause damage.

A misshift is an incorrect gear selection during shifting, which can lead to abnormal engine speed and driveline stress. In high-rev race conditions, even a brief misshift can create dangerous over-rev events.

A “money shift” is a serious manual-transmission mistake where the driver upshifts or downshifts incorrectly, causing the engine to over-rev. The result can be immediate mechanical damage (like bent valves or broken parts), hence the “money” cost.

“1,200 kg” is the vehicle’s mass, which strongly affects acceleration and how hard the engine has to work. With very high horsepower, a lower mass can make the car feel dramatically quicker.

A restomod is a restyled and mechanically modernized classic car—typically keeping the original look but upgrading key systems for better drivability and reliability. In this segment, it frames the event as a track day centered on wealthy owners and modified classics.

The Porsche 918 Spyder is a high-end hybrid supercar from Porsche, known for combining a gasoline engine with electric motors for very strong acceleration. In this segment, it’s used as a benchmark for power-to-weight and performance potential.

A half-roll cage is a partial roll-over protection frame installed inside a car, usually for track use. Adding one increases chassis rigidity and safety, and the host ties it directly to stiffness gains before and after installation.

Active damping is a suspension system that continuously adjusts shock absorber behavior to control body motion. The host says it’s continuously active, implying the car can react in real time to changing road and driving conditions.

“Continuously active” describes a control system that keeps working in real time rather than making only occasional adjustments. In suspension terms, it suggests the damping changes constantly as conditions change.

The Porsche 930 refers to the turbocharged G-Series 911 (1974–1989) and is famous for its iconic “whale tail” era styling and turbo identity. Here, it’s referenced as the source of the original slant-nose design the host is debating.

“Slant nose” refers to a Porsche 911 front-end conversion with a distinctive, more angular/reshaped nose. It’s being discussed here because the headlights’ placement affects whether the car can meet UK MOT requirements.

“Euclips” is likely the host’s reference to clips/retainers used to secure trim or panels during disassembly. The point is that swapping the slant nose isn’t just a quick clip-off job; it’s probably a larger front-end removal and fitment task.

Negative camber means the top of the tire is tilted inward toward the car, so the tire’s contact patch is better aligned when the car leans in a corner. It’s commonly used on track-focused setups to improve grip and reduce tire wear on the outer edge during cornering.

“Minus three degrees” is a specific camber angle measurement. Camber is measured in degrees relative to vertical, and more negative camber generally increases cornering grip at the cost of more sensitivity to alignment and potentially uneven wear if driven gently.

Slick tyres are performance tires with no tread pattern, designed to maximize dry-road contact and grip. They typically offer excellent traction in dry conditions but can be unsafe or dramatically less effective in wet weather.

“BTTC” is being used as shorthand for a specific type of race car setup, implying a track-style alignment with aggressive camber. In this context, it suggests the car’s geometry is tuned for cornering loads rather than everyday driving.

Wheelbase is the distance between the front and rear axles. It affects stability, ride behavior, and how quickly the car responds to steering inputs—shorter wheelbases tend to feel more nimble, while longer ones often feel more settled.

The Ford Fiesta is being used as a size reference point for wheelbase, highlighting how short the car’s wheelbase is. Wheelbase strongly influences how a car feels in transitions—shorter wheelbases often feel more agile but can be twitchier.

The Ford Ka is a small city car from Ford, used here as a comparison point. The host is saying the car they were given felt treated with the same casual confidence as a basic parking-lot car.

A manual transmission means the driver selects gears using a clutch and gear lever rather than relying on an automatic gearbox. The host is highlighting that they already know how to drive a manual, so the team didn’t feel the need to explain the car’s basics.

Slicks are race tires with no tread pattern, designed for maximum grip on dry track surfaces. Because they heat up quickly and provide high traction, the host notes they were already up to temperature due to the hot day.

Torque is the twisting force the engine produces, and it strongly affects how quickly a car accelerates, especially out of corners. The host emphasizes that the car had so much torque that it felt fast in both higher and lower gears.

Second gear is a lower gear ratio that generally provides stronger acceleration and engine response. The host contrasts it with fifth gear to show the car’s power delivery was effective across a wide range of gearing.

Fifth gear is a higher gear ratio in a multi-gear manual or sequential gearbox, typically used for cruising or steady acceleration. The host’s point is that the car still felt forceful and responsive even when exiting corners in a higher gear.

Full throttle means the driver is requesting maximum engine power by opening the throttle fully. The host is describing how confidently they could apply maximum power out of corners while still keeping steering input.

The Porsche 911 GT3 (996 generation) is known for its track-focused, naturally aspirated setup and strong reputation for driver feedback. Here, the speaker says the Gunther Werks F-26 uses a 996 GT3-based gearbox, meaning it borrows the core architecture from that 911’s transmission but then rebuilds it for higher output.

A gearbox is the transmission that selects different gear ratios so the engine can deliver the right balance of acceleration and speed. In this segment, the host focuses on how changes to the gearbox internals, linkages, and shift feel affect how smoothly and predictably the car drives under load.

Gear linkages are the mechanical connections between the gear lever and the gearbox’s internal shift mechanisms. Changing linkages can improve shift precision, reduce play, and make the lever feel more direct—something the host says contributes to the “lovely” shift quality.

The Porsche Boxster (986 generation) is a mid-engine roadster, and its gearbox design is part of what makes it feel precise and communicative. The speaker compares their 986 Boxster gearbox to the 996-era Porsche setup, implying similar shift feel and mechanical layout even though the applications differ.

The Honda Civic Type R is a front-wheel-drive hot hatch famous for its sharp, predictable steering and quick, satisfying manual shift feel. The speaker uses it as a comparison point for how the gearbox “flows through the gate,” suggesting the shifts are smooth and easy to place.

A mid-engine car places the engine near the center of the vehicle, which typically improves balance and steering response. The speaker contrasts this with a rear-engine layout, saying the car “handles like a mid-engine car,” implying more predictable rotation and balance through corners.

Run-off is the extra space beside the track designed to give a driver somewhere to go if they miss a corner. Less run-off means there’s less margin for error and impacts are more likely to be severe.

“Widowmaker” is an enthusiast nickname for a car that’s especially dangerous or unforgiving when driven hard—often because it can be easy to upset and hard to recover. The term is commonly associated with the Porsche 911’s reputation for being challenging at the limit.

“Metzger 4-liter” refers to a Porsche 4.0-liter flat-six engine associated with Hans Mezger’s engine designs (often called the Mezger/Metzger engine). In this context, the host highlights that it revs quickly, which makes throttle blips and heel-and-toe downshifts easier.

Heel-and-toe is a driving technique where the driver uses the right foot to brake while also blipping the throttle with a coordinated motion. It helps match engine speed to the lower gear so downshifts feel smooth, especially in cars with quick-revving engines.

A “noise monitor” is an automated system (often used by local authorities near sensitive areas) that measures vehicle sound levels. The host says the car’s louder-than-standard exhaust triggered it, leading to complaints/attention from the council.

“Comfort mode” is a selectable driving setting that softens how the car behaves—most notably by changing suspension and throttle/steering responses to feel less harsh. Here, the host ties it directly to suspension feel and ride quality.

Porsche 911 (992) Turbo S is the 992-generation 911’s high-performance turbocharged flagship. The host compares ride comfort in “comfort mode” against another car, implying the 992 Turbo S is still relatively firm even when softened.

In driving talk, “positive” describes a gearshift that has a crisp, well-defined engagement with minimal wasted movement. The host is contrasting it with vague or notchy shifters where you need more input to get the lever into the right gate.

A “gear crunch” is the harsh grinding sound/feel that happens when a manual gearbox isn’t fully synchronized or the lever is mispositioned during engagement. It’s often a sign the shift timing or alignment wasn’t right for that transmission’s synchros.

Gunther Works is a boutique Porsche restomod/coachbuilder brand that creates heavily reworked cars where “barely anything of the original car remains.” The host is highlighting that Gunther Works’ builds can look like they were developed from scratch, even though they start with a donor.

Singer is a specialist Porsche restomod builder known for taking classic 911s and extensively re-engineering them while preserving the original’s character. In this segment, the host contrasts Singer’s approach with Gunther Works’ more “pretty little things” direction.

Fluid dynamics is the study of how fluids (including air) move and interact with surfaces. In car design, engineers use it to predict how air will flow around the body so they can tune aero shapes for downforce, drag, and stability.

Front lift is the tendency for the front of a car to rise due to aerodynamic forces at speed. Reducing front lift helps keep the steering stable and improves traction because the tires stay more firmly loaded.

Downforce is the aerodynamic force that pushes a car’s tires toward the ground. More downforce generally improves grip and stability, especially in corners, but it can also increase drag depending on the aero design.

A splitter is a front aerodynamic extension that sticks out from the lower front bumper area. It helps manage airflow under the car and can increase downforce while also influencing drag and balance when used with other aero elements.

A rear wing is an aerodynamic device mounted at the back of a car to generate downforce. If the front aero is too effective, the car can become unbalanced (e.g., too “pointy”), so engineers may adjust the rear wing to restore aerodynamic balance.

In aero terms, “balance it out” means adjusting front and rear aerodynamic forces so the car has predictable handling. If the front produces too much downforce (or the rear too little), the car can feel unstable or “too pointy,” prompting changes to parts like the rear wing.

An S-duct is an aerodynamic duct in the bodywork that channels air through a shaped path (often from the front area, through the car’s body, and back out). It’s used to generate downforce by managing airflow so the rear wing/underbody can work more effectively at speed.

An F-duct is a Formula One aerodynamic system that uses a ducted airflow path to alter the rear wing’s effectiveness. By “activating” the airflow behavior, it can reduce drag and change downforce characteristics depending on how it’s configured.

Reducing lift means counteracting aerodynamic forces that would otherwise try to “lighten” the car. If lift is reduced, the car tends to stay more firmly pressed to the road, improving grip and stability at high speed.

Cut-lift refers to aerodynamic design choices that reduce lift forces that would otherwise make the car feel lighter at speed. Less lift improves stability and keeps the tires planted, even if the car isn’t generating as much downforce.

McLaren is a British supercar and motorsport brand known for aerodynamic development and high-performance chassis engineering. In this context, it’s being compared to another car’s approach to aerodynamics (lift reduction vs downforce).

Gunther Werks is a specialist Porsche tuner known for heavily engineered, bespoke builds—often with extensive aerodynamic and powertrain work. The host is discussing how the company’s engineering focus changes their opinion of the car’s look.

“Style-over-substance” is a critique meaning the design prioritizes appearance over engineering or real-world performance. In car terms, it’s often used when someone feels the aero, chassis, or powertrain work doesn’t match the visual hype.

A double-wishbone suspension uses two control arms (upper and lower “wishbones”) per wheel to precisely control wheel motion. This helps keep the tire’s contact patch more consistent during cornering and braking, improving grip and steering feel.

An “aero piece” is a body component shaped primarily to influence airflow and aerodynamics, not just for function like visibility. Here, the door mirrors are treated as aerodynamic elements that help create downforce.

3D printing (additive manufacturing) builds parts layer-by-layer, allowing complex shapes that are hard or expensive to make with traditional methods. The host says the mirror is 3D printed from titanium to achieve the aero geometry.

Titanium is a high-strength, lightweight metal often used in performance and aerospace applications. Using titanium for the mirror housing helps keep weight down while maintaining strength for a complex, aero-shaped part.

“993” refers to the Porsche 911 (993 generation), and “mirror electronics” are the power/adjustment components that control mirror movement. The host is saying the aero mirror housing is new, but the functional electronics are reused from the original 993 mirrors.

GTE refers to a sports-car racing category (FIA GTE) used in endurance events, typically featuring production-based cars with significant aerodynamic development. The host groups the mirror design with GT3/GTE-style aero integration.

The Renault 5 Turbo 3E is a modern electric take on the classic Renault 5 Turbo concept, combining retro styling cues with an EV powertrain. The host highlights the controversy around calling it a “Turbo” while it’s electric, and frames it as part of the broader debate about how EVs should be branded and presented.

The Renault 5 E-Tech Electric is an all-electric version of the Renault 5 nameplate, designed to bring a classic small-car style into the modern EV era. It’s significant because it’s part of a broader “Renault 5” lineage discussion, including future or related variants. In the podcast, it’s mentioned in the context of what’s coming next and how the electric model fits into that story.

The Porsche Taycan Turbo is an EV from Porsche’s Taycan lineup, using electric motors and a high-voltage battery rather than a turbocharged engine. The host brings it up as an example of how “Turbo” naming on an EV has previously drawn criticism.

A combustion engine is an engine that burns fuel (like gasoline or diesel) to create power through controlled explosions in cylinders. The transcript contrasts this with an electric car, which makes power without burning fuel, so it changes what powertrain components (like turbos) can exist.

“5 E-Tech Electric” refers to the Renault 5 E-Tech Electric, the modern electric small car built around the Renault 5 identity. It’s discussed as a continuation of the Renault 5 Turbo lineage, which is why the conversation focuses on how the name and heritage carry forward. The key point is the connection between the electric model and the earlier performance-focused Renault 5 variants.

The “2 to 1 length to width ratio” is a dimensional proportion comparing how long a car is versus how wide it is. A higher ratio usually makes the car look more elongated and “stocky” in a specific way, and it can influence how the body shape reads visually from above and in profile.

The Renault Clio (five-door) is a compact hatchback built for everyday use, with a layout that prioritizes practicality and easy access to the rear seats. The episode references it in a comparison about proportions and “stocky” styling, even tying the size feel to a much more performance-focused Clio variant. That kind of discussion usually centers on how the car’s body shape affects perceived stance and driving feel.

The Renault Clio V6 is a rare, enthusiast-focused hot hatch that’s known for its unusual V6 engine swap compared with a typical Clio. In the segment, it’s used as a visual reference point for how “stocky” the Renault 5 Turbo 3E looks from above based on proportions.

The Yangwang U9 is a high-performance electric vehicle from Yangwang, positioned as a flagship-style model. The podcast describes it as “frumpy,” which suggests they’re critiquing its styling or proportions. It’s mentioned as part of a comparison of how different cars look and present themselves.

An all-aluminium chassis means the car’s main structural frame is built primarily from aluminum rather than steel. Aluminum can reduce weight and improve stiffness, which can benefit acceleration, braking, and handling—especially in a performance-focused build.

A homologation special is a road car built (or heavily modified) to meet racing eligibility rules, so the manufacturer can compete in a specific motorsport category. These cars often have unique performance parts or engineering choices that later influence road-going versions.

This describes in-wheel electric motors, where the motor is built into the wheel rather than mounted in the drivetrain. It can simplify power delivery (no driveshaft to the wheels) and can improve packaging and weight distribution depending on the design.

“Inboard” here means the motor sits closer to the vehicle’s centerline rather than at the outer end of the axle. The speaker contrasts it with “outboard” placement and links it to better weight distribution.

“No losses” is the speaker’s shorthand for reduced drivetrain losses between the electric motor and the driven wheel. In practice, there are still efficiency losses, but the point is that the design can make the torque at the wheel closely match the motor’s output.

A blowout is when a tire suddenly fails, usually from a puncture or damage, causing rapid loss of air pressure. It can make the car pull violently and makes roadside wheel removal more urgent and more complicated than a normal flat.

“Taking the wheel off” refers to removing the tire/wheel assembly from the vehicle so you can replace a tire or access components behind it. On many cars, the wheel is attached to the hub with lug nuts/bolts, so the process is closely tied to hub and wheel mounting hardware.

The hub is the central mounting point where the wheel attaches and where the axle interfaces with the wheel assembly. In some electric setups (like hub-mounted motors), the motor can be integrated with or located at the hub area, which changes what comes off when you remove the wheel.