Tag: Ford

  • MK2 ESCORT RACE CAR: KING OF THE HILL

    There have been a number of awesome Escorts built and raced over the years, but this Mk2 Escort race car and Austrian Hillclimb Championship contender is surely among the best of them all.

    Feature from Fast Ford magazine. Words and photos: Robb Pritchard

    Arches, splitters, wings, diffuser. It looks like something straight out of modern DTM. But the familiar rectangular grille with two round headlights is such a contrast of eras that it takes a moment for your brain to register what your eyes are seeing.

    Pikes Peak may be the world’s most famous hillclimb event, but the sport is incredibly popular in parts of Europe too (the really hilly bits!), and because of the lack of rules regarding builds, it’s the place to see some seriously impressive race cars – such as this absolutely stunning Mk2 Escort race car. But it certainly isn’t just for show: this Escort competes in the Austrian Hillclimb Championship in the capable hands of its creator Christopher Neumayr.

    Mk2 Escort Race Car

    The story starts with a 17th birthday gift from his grandma – a BMW 318 that, without going into any incriminating details such as speed limits, he managed to park on its roof on a quiet country road. The next two cars also ended up the same way, so Christopher’s dad, wanting to focus his son’s obvious need for speed in a more controlled environment, allowed him to use his precious RS2000 in a local hillclimb event.

    “It was a really nice car. It was light so had a great power-to-weight ratio and handled really well.” Unfortunately, in one of his very first events something broke and pitched Christopher head-first into a wall at very high speed. He was lucky to come away with just a few cracked ribs and bruises. But the car? The impact was hard enough to push the engine and gearbox back so much that the rear axle was bent. Needless to say, there wasn’t much left to salvage…

    Mk2 Escort Race Car

    From their hospital beds, many people would have looked at the photos of the mangled mess of twisted metal and pool of mixing oil and coolant flowing down the road, and decided that tearing up mountains at break-neck speeds might not be for them. But for Christopher (who might not be wired quite the same way as the rest of us) it was a galvanising moment that led him over the next few years to create this incredible Escort from the remains of the old. No sheer rock face was going to stand in his way.

    The central part of the shell is the only part left of the original car, straightened, stripped and cut out to the minimum metal allowed in the regulations. Christopher chose to run in the E1 class for non-turbo cars, as a ‘charger would put him in the top class with 800bhp 4×4 monsters, which is not the place you want to be if you plan on competing with anything resembling a budget.

    Mk2 Escort Race Car

    A Cosworth YB engine minus the turbo was the chosen powerplant, but it is far from standard. A Farndon crankshaft designed especially for non-turbo cars, coupled with the stroke reduced from 77mm to 72mm, allows it to rev to an incredible 10,000rpm. Cylinders were bored out from 90mm to 94mm and fitted with CP pistons from America, smaller bearings create less friction and weight, and the lengthened and balanced conrods were also from Farndon.

    The head is quite special too: heavily ported on a CNC machine, it has bigger inlet and outlet ports and a special profile for the cams, which are bigger and more aggressive than the turbocharged YB designs. All this makes a healthy 304bhp on racing fuel with 187lb.ft of torque. And in a car that weighs much less than a tonne, it’s enough to hit 60mph in ‘about three seconds’!

    Mk2 Escort Race Car

    A six-speed sequential gearbox – made by Tractive in Sweden – also features a pneumatic paddle shift that Christopher designed himself; modestly, he confesses it took a long time to get right. The rear 909 Ford Motorsport differential and independent suspension setup is from a WRC Escort Cosworth, and is mounted directly to the roll cage just like the works rally cars. How did Christopher  manage to work out all the engineering for such a complicated transplant? “I just looked at a lot of photos and saw what part needed to go where,” he says.

    He also made the front uprights, but the geometry was hard to perfect. “If the setup didn’t feel right I tried a different way,” he says. But what he means by ‘trying a different way’ is completely scrapping the previous version and fabricating a new design…

    The suspension is three-way adjustable by KW, with a custom setup specific for this car. Brakes are six-pots from Tarox, but the discs are tiny, as all hillclimb races are fast and uphill so there’s no need to carry any extra kilos of steel on the wheels.

    Power is important, but perhaps more so is weight saving. With the minimum limit being just 790kg, if something is not needed it is not fitted. Christopher’s car is exactly 790kg.

    Aerodynamic aids are also unregulated, and if you don’t think you’ve ever seen a Mk2 that looks quite like this then you’re right. All the bodywork is unique to this car. “The splitter and wings took a lot of work cutting away foam blocks to make the moulds. It was many hours of scraping and sanding before I had what I wanted, but after about a hundred hours I stopped counting!

    Mk2 Escort Race Car

    “Many people have asked if they can buy a set from me. I have the moulds so I can repair the car quickly if I have an accident, but I won’t sell them. I like having the only Escort that looks like this.”

    The huge rear wing and diffuser produce massive amounts of downforce. “A friend of mine has a virtual wind tunnel programme, so we entered in all the car’s dimensions as accurately as we could and ran it on the simulator, and it really helped with the setup of the car. Now I can understand how much the suspension is compressed at 200km/h without having to drive that speed in a badly setup car just to test it! I can go through corners unbelievably fast now.”

    Some hillclimb events have faster courses than others, so like in many high-speed, high-technology racing series both the wing and diffuser can be adjusted. Weather conditions affect setup as well. If it’s a wet event everything is tuned to maximum downforce.

    Mk2 Escort Race Car

    Generally the courses are short at just a few kilometres, so getting off the line as quickly as possible is key to getting a good time. The three-piece BBS wheels are the same size front and rear, as the MBE ECU’s traction control measures the turning of the front wheels to control the spinning of the rears. The ECU programme has eight vectors for changing the start mapping from wet to totally dry. It saves a couple of seconds per run… and cost €4000. Christopher estimates he’s invested over 1000 hours into the build. “I finished it when the car was as good as I could get it, because who wants to drive a crappy car?” he shrugs. Apart from the time, the cost just in parts is around €70,000.

    The first race was in May 2014, and it was terrible. “There were problems with the electrics, with the engine, and the ECU was completely confused with the traction control.” It was another 18 months of development to get everything working properly – a year-and-a-half working until 2am, designing, fabricating and testing.

    Christopher’s gritty never-give-up attitude finally paid off when he came away with his first win, three-and-a-half years after the crash. “It was such a great feeling,” he smiles. There were so many times that I wanted to give up because getting the car as fast as it needed to be just seemed so far beyond me, but a lot of friends and fans encouraged me, and that always motivated me.”

    And Christopher’s not finished there. In his quest for ever faster times up the hill, he’s recently started a WRC-spec Mk7 Fiesta build, which he reckons is on course to set him back a cool €250,000!

    In the meantime, Christopher is content to keep getting his hillclimbing kicks from his awesome Escort.

    Mk2 Escort Race Car

    Tech Spec: Mk2 Escort Race Car

    Engine:

    Naturally-aspirated Cosworth YB 2.0-litre with shorter stroke (72mm) using custom Farndon crankshaft and conrods and custom CP forged pistons (94mm bore), CNC-ported cylinder head, custom high-lift cams, throttle bodies within custom carbon airbox with intake kit, four-branch exhaust manifold into custom exhaust system, dry sump system with custom breathers and tanks, MBE ECU with custom wiring loom, custom cooling package, 10,500rpm rev limit

    Power:

    304bhp and 187lb.ft (on race fuel)

    Transmission:

    Tractive six-speed sequential gearbox with custom paddle-shift, twin-plate AP Racing clutch, Escort Cosworth rear cradle with 909 Ford Motorsport 9in rear diff

    Suspension:

    Custom three-way KW Suspension coilovers, Escort Cosworth WRC independent rear suspension conversion

    Brakes:

    Tarox six-pot alloy callipers with custom non-vented discs

    Wheels & Tyres:

    BBS 10x15in three-piece split rims, Avon super-soft slicks

    Exterior:

    Custom carbon fibre panels incorporating one-off bodykit (moulds all owned by Christopher), custom aero package including adjustable rear wing and rear diffuser

    Interior:

    Full motorsport weld-in roll cage, excess material removed/weight saved, carbon panels, single competition bucket seat with Sparco belts

    Source

  • FORD FOCUS RS MK1 BUYING GUIDE

    Hailed as an instant classic, the original Ford Focus RS Mk1 is now one of the more-affordable Rallye Sport Fords. Here’s our buyer’s guide to help you find a good one. 

    Words: Christian Tilbury. Photos: Matt Woods

    Six years after impending legislation and dwindling demand killed off the Escort RS Cosworth and banished the Rallye Sport brand to fast Ford history, Ford breathed new life into its legendary performance division with the 2002 launch of the Ford Focus RS Mk1.

    ‘RS is back’ shouted the advertising campaign and it wasn’t just marketing spiel either. Granted, the new Focus didn’t have the all-wheel drive or the power of its immediate predecessor, but Ford ensured it delivered on the promise of the haloed RS tag.

    The all-important performance was provided by a turbocharged, 1998cc, Duratec-badged engine, although, truth be told, it was actually a development of the Zetec. That said, it was no simple rebadging exercise as the Zetec was heavily reworked with the likes of forged pistons and conrods plus a host of detail changes, such as a WRC-style oil pump and injectors, to help it cope with the rise in power generated by the addition of a water-cooled Garrett GT2560LS turbocharger. An air-to-water intercooler and a lowered compression ratio of 8:1 helped keep it all together when the turbo started boosting towards the RS’s maximum 212 bhp. Ford turned to another proven component for the transmission, rolling out the MTX75 five-speeder. As with the engine, it was given a significant makeover, which included bespoke ratios, a Quaife automatic-torque-biasing differential and a short throw shifter. There was also a heavy duty AP clutch and thicker driveshafts. The drivetrain also included heavily upgraded suspension, a wider track and whopping 325 mm vented front brake discs.

    Ford Focus RS Mk1

    Outside was a lesson in less is more, with Imperial Blue paint, flared wheelarches, subtle spoilers and exclusive 8×18 inch OZ Racing rims giving the RS a distinctive yet understated appearance. Inside wasn’t half as restrained though, with striking Sparco buckets, carbon fibre detailing, a very loud steering wheel and even a push button start.

    Whether the interior was a little OTT mattered not one iota, though. When the Focus RS went on sale, the 2002 production rapidly sold out and there was a six-month waiting list. Today, demand isn’t as high, but with growing appreciation, good examples are becoming increasingly sought after. There’s no denying it’s a bona fide classic Ford.

    Ford Focus RS Mk1

    Ford Focus RS Mk1: Engine & Transmission check points

    The Ford Focus RS Mk1’s Zetec engine can take over 350 bhp on the stock internals, but there’s still plenty to check. Early cars suffered from weak jubilee clips not sealing the hoses properly, while all models are prone to a leak around the thermostat housing. Loose wastegate hoses can cause overboosting and while it’s easy to cure, the Power Control Module (PCM) will need to be flashed to allow it to relearn the normal settings. Good history is essential and you want to see evidence of quality 5/40w oil being used and cambelt changes. It’s also vital to check the chargecooler reservoir to see if water is being squirted in when the engine’s running. Many cars will have been remapped, but it’s not unusual for a standard car to hesitate at around 4500 rpm. All models can be affected but later cars with the revised AF management seem to be in the majority. However, some owners have upgraded to the AF map from the original AE map and are pleased with the results.

    The RS-specific MTX75 gearbox can take the standard power and more. If there is an issue, then it’s likely to be third gear. First and reverse gears can be problematic on high-mileage cars, but this is usually down to gear selector adjustment or the oil level. Clutches aren’t quite as strong, although if not abused they can handle significantly more than the standard power and some cars are still on the original at 90,000 miles.

    Chassis

    OE-specification front discs and pads are readily available for the Ford Focus RS Mk1, so any judder under braking, squealing pads or corroded rotors aren’t an issue. The standard pads can be noisy and many owners have already swapped to superior Ferodo DS2500 items, but if more power and track outings are on the cards then a significant brake upgrade is considered to be the first modification to make. A lot of cars are already running aftermarket kit, so look for quality parts. Cars registered between December 6, 2002 and December 13, 2002 should have had recall work to stop the possibility of the flexible rear brake hoses rubbing against the plastic arch liners.

    Front dampers and bushes aren’t the most durable, so listen for any noises front the front end. Clips for the power steering hoses have been known to rub against other hoses, giving rise to damage and leaks.

    Interior

    Seat bases of early cars are susceptible to sagging, with Ford even offering an official fix of firmer foam bases with additional stitching. This solution was worked into the production of April 2003-onwards Phase 2 cars. Check the exclusive RS floor mats are still in place as decent second-hand items cost as much as £300.
    If you’re looking at a UK car, the glovebox should also contain a leather pouch with a 16-page RS supplement. Steering wheels can get grubby, but several owners have had theirs refurbished via the owners’ club. A lot of plastics are shared with cooking models, but watch for damage to the unique carbon fibre centre console.

    A faulty bonnet switch is the usual cause of a misbehaving alarm when it comes to electrics, although it’s also easy to upset it if the battery has been removed. Check the GT fobs are present and the condition of the outer rubber loop, as this part is often damaged and costs £55 alone to replace. Issues with the factory CD changer have been known to drain the battery. A dodgy relay is usually behind the ‘one shot’ wiper action not working.

    Ford Focus RS Mk1

    Style

    Common rust spots include the sills, rear arches, base of the front wings, around the door mirror housings, below the windscreen, door bottoms and underneath the handle on the tailgate. Unique RS panels are hard to source and expensive, with NOS rear quarters changing hands for four figures and quality rear arch sections at circa £250 per side. However, the commonly rusted sills can be repaired with modified items from a normal Focus by any decent bodyshop. Standard paint is known to be a bit soft, so check for road rash, particularly on the bonnet and base of the rear arches, especially if the latter’s original stonechip protectors are missing. Heat from the engine compartment can cause the bonnet skin to come away from the frame and also warp the plastic top grille on later cars.

    Ford Focus RS Mk1

    Tech Spec: Ford Focus RS Mk1

    Engine:

    Zetec, 1988cc, forged pistons and conrods, aluminium cylinder head, cast iron block, Ford EEC-V engine management, sequential electronic fuel injection (SEFI), Garrett stainless steel, water-cooled turbocharger, water-cooled intercooler.

    Power:

    212 bhp @ 5500 rpm, 229 lb.ft @ 3500 rpm

    Gearbox:

    Uprated MTX75 five-speed manual, Quaife automatic torque biasing differential, AP Racing clutch

    Suspension:

    Front: MacPherson strut suspension with uprated offset coil springs/Sachs racing dampers, 65 mm increased track width, revised lower A-arms, 18 mm anti-roll bar

    Rear: independent, Control Blade multilink suspension with increased stiffness, Sachs racing monotube dampers, uprated springs, anti-roll bar, increased track width

    Steering:

    Rack-and-pinion with power assistance 2.9 turns lock-to-lock

    Brakes:

    Front: Brembo four-pot, twin-opposed piston callipers and 325 mm ventilated discs
    Rear: Two-pot callipers and 280 mm solid discs

    MK25 Bosch ABS system

    Wheels and tyres:

    OZ Racing 8×18 inch five-spoke alloys, Michelin 225/40R/18 Pilot Sports

    Ford Focus RS Mk1 key contacts

    Burton Power
    020 8518 9127
    www.burtonpower.com

    Co-ordSport
    0121 6616263
    www.coordsport.com

    Ex-Pressed Steel panels
    01535 632721
    www.steelpanels.co.uk

    OC Motorsport
    01268 906380
    www.oc-motorsport.co.uk

    PumaSpeed
    www.pumaspeed.co.uk

    SiCo Developments
    www.sico-developments.co.uk

    Clubs & Forums:

    Mk1 Focus RS Owners’ Club
    www.mk1focusrsoc.com

    Focus RS Owners’ Club
    www.focusrsoc.com

    The Ford RS Owners’ Club
    www.rsownersclub.co.uk

    Source

  • SAPPHIRE COSWORTH: GONE IN 10 SECONDS

    This stunning Sapphire Cosworth is unlike any other, thanks to a homebuilt 764bhp YB engine and a sequential gearbox that help it cover the quarter mile in just 10.3 seconds…

    Feature from Fast Ford. Words: Simon Holmes. Photos: Matt Woods

    Over the years, it’s fair to say we’ve seen plenty of well modified Cosworths pass through Fast Ford pages. Both heavily fettled track cars with race specifications, or full road cars hiding huge power have become fairly regular, which is no bad thing. But of all the massively modified YB powered Fords we’ve featured, we don’t think we’ve ever come across something quite like Jon Gamble’s Sierra Sapphire Cosworth 4×4.

    For a start, it’s putting out a serious 764bhp, thanks to hefty sized, twin-scroll BorgWarner turbo producing 2.5bar of boost. It then sends all that horsepower through a trick six-speed sequential gearbox and down to the Tarmac via a set of stunning centre-lock wheels that look they’ve come straight off a RS500 touring car. That little lot alone is enough to firmly place this Sapphire Cosworth ahead of virtually any other of its kind, but then there’s the fact it also happens to be a true road car, with a full interior and tyres to prove it. Yet this tidy Sapphire covers the quarter mile in a blistering 10.3 seconds and, perhaps most impressively of all, was largely built by Jon at home in the garage.

    Sapphire Cosworth

    Only a handful of fast Fords, let alone Sierras of this type have ever been able to boast those sort of credentials, as it takes a serious amount of time, money and effort to create what is quite simply one of the best Sierra Sapphires we’ve seen.

    The journey to bring the car to this level wasn’t short or easy either, as Jon explains to us that he has owned the car for some 14 years. He originally bought it as a toy, for use as a hobby in his spare time, back when the Cosworth was the best choice for modifying, long before the Focus ST and RS models became so popular.

    Jon sourced the car from Ebay and when he first got hold of it, it was completely standard.

    “Apart from a set of alloys and 360bhp chip,” he recalls. “I didn’t really have any real plans for it back then exactly, it just grew as I went along.”

    The first modifications on the Sapphire Cosworth came in the shape of a Spec-R intercooler and a twin-scroll BorgWarner turbo set up from Nortech Performance, both of which are companies Jon has formed trust in over the years thanks to their good reputations. For most other things, Jon works on the car himself where possible, which explains how and why the Sierra began to develop quickly into a very serious machine. This evolution was further helped by his interest in drag racing, which developed around 8 years ago.

    “It began with ‘Run What You Brung’ events with my sons and has become more serious since then,” he reveals. “My aim became to make it the fastest Sierra on the quarter mile, but I still wanted to keep it street legal and useable.”

    Sapphire Cosworth

    Sure enough, Jon used to drive the car to Santa Pod, before racing it and then bravely driving home again, but as the power and performance rose, the odd breakage did occur. In fact, it was when the build reached a very respectable 521bhp and the gearbox blew that Jon admitted that he should start trailering the car to events if it was going to be driven hard. It was also at that point Jon became more serious in bettering his times, and the build promptly grew from there.

    In 2019, Jon took a huge step up when he built the new engine in his garage at home, which featured some serious components, such as a steel crank, linered block and a tasty ported head, which helped it produce a colossal 707bhp on pump fuel and 764bhp, together with 604lb.ft of torque, on more potent 110RON race fuel.

    Sapphire Cosworth

    To go with all that the new found power was the heavily uprated transmission Jon had selected to replace his last broken gearbox. It was not only better suited to the job but also improved the car’s performance on the strip, thanks to lightning fast gear changes.

    “I went to a sequential gearbox when Oppliger Motorsport brought out a new six-speed that fitted in the old MT75 casing,” recalls Jon. “It also meant I could flat shift when racing and the gearbox made the single most amount of difference to the way the car drove.”

    As four-wheel drive Cosworths are prone to weak drivetrains, both the front and rear differentials have also been beefed up to suit using Quaife items and so far proven reliable despite the numerous hard launches at Santa Pod.

    Sapphire Cosworth

    At this point, despite the huge performance, the car had always retained a standard look, with the bodywork complimented only by a set of understated Compomotive wheels finished in black. But that look changed more recently when Jon opted to mix things up a bit and fit those awesome centre-lock split rims. It was an inspired choice.

    “I don’t know of, or have ever seen, any RS500 touring car replica wheels on a Sapphire Cosworth, so thought why not!” he tells. “The wheels are made up by MT Motorsport, who made the centres and uses genuine BBS inner and outer rims. They’re wrapped in 215/45/17 Toyo R888R tyres all round.”

    Although they’re wheels usually associated with track day cars, the polished lips and gold centres suit the car well and those in the know realise they’re a serious bit of kit, which is perfectly in keeping with the car’s look.

    But whilst there are subtle hints on the outside, the interior remains virtually completely standard with a full trim both front and back. However, There are a couple of tell-tales for eager-eyed Ford fans, such as the gauges, harnesses and that extended gear lever that hints there’s a special gearbox hiding beneath it.

    Despite the huge power on tap and tasty transmission, Jon does still use the car on the road when he finds the time and isn’t at Santa Pod. Although the ballistic performance of a true 10-second street car does require a lot of respect and self control.

    “I still take the car out to meets at Ace Cafe and to shows when I can, and had it on track at Ford Fair too. It’s a right handful!” he confirms. “I like the whole driving experience. It’s like riding a very fast motorbike in terms of speed and stopping distances.”

    With a best time of 10.3 seconds at 141mph on road tyres so far, there’s certainly a lot more to be had from this Sierra just by swapping over to a set of drag radials, but Jon isn’t in a rush to make that move just yet, keen to keep it street legal. There are plans to improve the car further, with talk of a side exit exhaust system, lightweight body panels and an increase in power in order to see the quarter mile time fall. We’re guessing this will be one of those projects that continues to evolve, and we’re certainly looking forward to where it goes next.

    Sapphire Cosworth

    Tech Spec: Modified Sierra Sapphire Cosworth 4×4

    Engine:

    YB 200 Ductile linered block, CP forged pistons, steel rods, Arrow steel crankshaft, ported head, uprated cams, adjustable pulleys, big wing sump, BorgWarner 91/80 EFR twin-scroll turbo, twin TiAL external wastegates, Nortech Performance twin-scroll tubular exhaust manifold and 3.5in exhaust system, Spec-R intercooler, rad and WRC style breather set up, Roose Motorsport silicone hoses, custom intake with K&N filter, Autronic SM4 ECU

    Transmission:

    Oppliger Motorsport six-speed sequential gearbox, Quaife front and rear diffs with 3.6:1 ratios, TTV twin-plate 230mm three-piece clutch kit

    Suspension:

    GAZ Gold coilovers, front compression struts, custom front strut brace, poly bushed

    Brakes:

    AP Racing four-pot calipers and 330mm discs at the front, standard calipers and 300mm discs at the rear

    Wheels & Tyres:

    BBS inner and outer split rims with MT Motorsport centres, 215/45/17 Toyo R888R tyres all round, MT Motorsport centre-lock hub adapters

    Exterior:

    Original Smokestone Blue paint, RS500 style front splitter, quick release front bumper on Aerocatches modified for airflow

    Interior:

    Original dark cloth trim, Willians four-point harnesses, Stack gauges, digital gear indicator

    Source