Project Car Please note - we work with all makes and models not just Peugeot... Balance Motorsport have been testing numerous tuning products on a Peugeot 205 GTI 1.9. This car won it's class in the Standard Production Class of the All Circuit Sprint Championship in 2004. For 2005-2008 rather than actively compete we decided to use Sprints as a basis of measuring the performance increases of various tuning modifications. Motorsport unlike many sports favours the affluent. Quite frankly it's a lot easier if you have lots of money, and an uphill struggle on a small budget. Even series with tightly controlled regulations see a wide margin from front runner to back marker and more often than not the budgets are a mirror image of grid position. With this project car we tried to spend as little as possible and use as many OE products as possible. This might go against the grain however on many occasion the car came up against much more expensive machinery and was quicker. We've tried to separate each stage of modification into clear cut areas - eg handling, more power. Project Stages in detail After each modification a Sprint at Lydden Hill was  undertaken to see what the real world increase of these modifications was. The first thing that would spring to peoples minds would be how can we know it is the modification and not just better driving? Well I had been sprinting for more than a year and had reached a point with the standard car where any further improvements in time were very difficult to achieve. Effectively I'd become pretty consistent at my current skill level so this meant the modifications stood a good chance of being fairly assessed. STAGE 1 - STANDARD PRODUCTION SPRINT CLASS - 2004 class winner The standard car was an excellent choice for standard production sprints and was surprisingly quick round a track without any modifications. On the road it felt like the proverbial roller skate with the legendary handling, engine, gearbox etc. On the track too much body roll and occassionally it would overheat but apart from this, this completely standard 205 could post very respectable times. As a guide a modified  Renault Clio Sport 182 at the time was posting around 92 seconds and a Porsche 944 around 92.5 seconds. Considering it cost £1000 not a bad result! OBJECTIVE STD CAR SPRINT TIME 1.75 LAPS 95.59 seconds SUSPENSION STANDARD 205 GTI ENGINE & GEARBOX STANDARD 1.9 GTI BODYSHELL STANDARD - ALL TRIM TYRES KUMHO 712 LIST 1A WHEELS STANDARD 6JX15 BRAKES STANDARD 205 GTI WEIGHT WITHOUT DRIVER 875KG HORSEPOWER DYNO'D 19/8/06 - 121HP POWER TO WEIGHT RATIO 139 HP PER TON 0-60 7.2 sec 1/4 Mile 16.2 STAGE 2 - STRIPPED OF ALL INTERIOR TRIM AND A ROLL CAGE ADDED + EMERALD ECU The difference in performance with this weight reduction was amazing. Losing some 65 kg even after installing the cage the car accelerated much more quickly and cornered better too. Unfortunately the weight reduction did raise the rear ride height and the car was skating about a lot through excess roll. You can see the outside edges of the tyres working. OBJECTIVE REDUCE WEIGHT AND INCREASE CHASSIS STIFFNESS = HIGHER POWER TO WEIGHT AND BETTER HANDLING SPRINT TIME 1.75 LAPS 94.33 seconds ( -1.26 sec) SUSPENSION STANDARD 205 GTI ENGINE & GEARBOX STANDARD 1.9 GTI WITH EMERALD ECU BODYSHELL STRIPPED OF ALL INTERIOR TRIM, OMP CAGE FITTED, FRONT AND REAR STRUT BRACES TYRES KUMHO 712 LIST 1A WHEELS STANDARD 6JX15 BRAKES STANDARD 205 GTI WEIGHT WITHOUT DRIVER 810KG HORSEPOWER DYNO'D 19/8/06 - 121HP POWER TO WEIGHT RATIO 149 HP PER TON 0-60 6.9 1/4 Mile 15.9  STAGE 3 - SUSPENSION UPGRADES The biggest problem with the car was the amount of body roll. This was causing positive camber mid corner and either severe understeer or oversteer. It was all fairly controllable but not very confidence inspiring. By tightening up the suspension and limiting the amount of bump and droop a quicker reacting car was the result. It rolled less and it's attitude was now one of controllable oversteer rather than wasteful understeer. Now the limiting factor was the tyres. Strictly speaking a new set of pre-scrubbed tyres should have been used before each test but this is supposed to be a budget conscious program. You can see in the picture the tyres working less on the outside edge. The 309 wishbone has added some static negative camber and the extra castor brings dynamic camber the outside wheel is staying almost vertical now under load maximising grip on this heavily loaded tyre. Conversely on inside tyre the increased castor is increasing favourable positive camber.. Please note the Speedline front wheels were fitted for this trackday and not used for the sprint data below which was from Lydden Sept 2005. OBJECTIVE IMPROVE HANDLING THROUGH ALTERING SPRING RATES AND GEOMETRY = BETTER BALANCE WITH LESS UNDERSTEER AND FASTER TRANSIENT RESPONSE SPRINT TIME 1.75 LAPS 92.88 seconds ( -1.45 sec) SUSPENSION GAZ COMPETITION COILOVER KIT 23MM REAR ANTI-ROLL BAR  POWERFLEX BUSH KIT ECCENTRIC TOP MOUNTS 309 FRONT WISHBONES GROUP A REAR BEAM MOUNT KIT CORNER WEIGHTED TO 50% CROSS WEIGHT   ENGINE & GEARBOX STANDARD 1.9 GTI BODYSHELL STRIPPED OF ALL INTERIOR TRIM, OMP CAGE FITTED, FRONT AND REAR STRUT BRACES TYRES KUMHO 712 LIST 1A - now 3 years old!! WHEELS STANDARD 6JX15 BRAKES STANDARD 205 GTI WEIGHT WITHOUT DRIVER 810KG HORSEPOWER DYNO'D 19/8/06 - 121HP POWER TO WEIGHT RATIO 149 HP PER TON 0-60 6.9 1/4 Mile 15.9   STAGE 4 - 2007 - test sprint Sprint Lydden Hill 14th April 2007 Before embarking on the next round of modifications it seemed prudent to test the car. Out of the saddle for nearly two years it was important to check that both the car and driver were capable of equaling the previous best time achieved in September 2005. The only change to the car has been to replace the Kumho tyres with some Goodyear GSD3. These were purchased a year ago now and the car has been in daily use so they were "scrubbed" the economy way. It's usually best for track use to have no more than 3-4mm of tread. On track they did feel grippier than the Kumho tyres (which were virtually bald at the last sprint in fact so bad they couldn't be used on the drive there!) but with nearly new tread levels the outright grip levels were probably similar. The good news is the time achieved on the final run was within 2 tenths of a second of the previous best. Considering our driver had put on some 10 kg in weight and was a bit rusty I think we can safely say the Goodyears added a bit of speed but not enough to consider them a modification in themselves. Generally speaking only by changing from list 1a to list 1b (MSA blue book speak) can big improvements in grip be found. Typical list 1b tyres include Yokohama A048 and Toyo R888. Later in the year we will be testing this type of tyre with larger wheels. OBJECTIVE CAR SPEC AS PER SEPT 2005 - TEST FOR CONSISTENCY SPRINT TIME 1.75 LAPS 93.07 seconds ( +0.19 sec) SUSPENSION GAZ COMPETITION COILOVER KIT 23MM REAR ANTI-ROLL BAR  POWERFLEX BUSH KIT ECCENTRIC TOP MOUNTS 309 FRONT WISHBONES GROUP A REAR BEAM MOUNT KIT CORNER WEIGHTED TO 50% CROSS WEIGHT   ENGINE & GEARBOX STANDARD 1.9 GTI BODYSHELL STRIPPED OF ALL INTERIOR TRIM, OMP CAGE FITTED, FRONT AND REAR STRUT BRACES TYRES GOODYEAR EAGLE GSD3 195/50/15 WHEELS STANDARD 6JX15 BRAKES STANDARD 205 GTI WEIGHT WITHOUT DRIVER 810KG HORSEPOWER DYNO'D 19/8/06 - 121HP POWER TO WEIGHT RATIO 149 HP PER TON 0-60 6.9 1/4 Mile 15.9 As a guide to the performance of the car here are some times achieved on the day...as you can see the Peugeot with it's measily 120hp and limited modifications is pretty close to some much more exotic machinery. Delta Integrale - std road car - 91.40 Honda S2000 - std road car - 91.70 STAGE 5 - VERTPOWER REMOTE MOUNT COMPRESSOR For this sprint we finally completed the remote mount turbo charger system. (right click and save as). Many strange looks from people which was to be expected i don't think anyone had ever seen a turbo hanging where the rear silencer used to be. In answer to your first thought - no there isn't any lag and it spools up quickly ! Why remote mount? Well the 205 1.9 engine wasn't designed for big boost and turbo heat it's open block design, poor chamber design and non-sodium filled exhaust valves see to that. Therefore we decided to look at remote mounting. Unfortunately the ideal place near the c of g longditudal location and below (i.e under the gearstick) offered no space. We decided to move the compressor further back. In the end the removal of the rear silencer saved some weight and meant the net weight gain of adding the turbo at the rear instead of in the front was less. Plenty of aircraft, bikes and cars dating back to the 80's have mounted turbochargers below the sump level which presents a challenge with scavenging the oil. Much like a dry sump relocates oil from the harsh environment of the engine, remote mounting a turbo protects the engine from it's huge heat soak and complicated plumbing with limited space.  Ultimately the best place for a turbo is often in the engine bay but remote mounting whether at the end of the downpipe, in place of the centre silencer or rear mount turbo in place of the rear silencer offers flexibility, lower cost and also benefits for racing with lower weight, lower c of g and cooler running. For the initial sprint the car was not rolling roaded - it was operated with no dump valve, no intercooler and no bleed valve and ran just 0.38 bar (approx 165hp). The performance figures so far (drag strip will confirm in future) are 0-60  sub 6 and 30-70 around 4.5 seconds. The car is very quick and by keeping standard compression there is no lag with quick spool from 1500rpm. Since then the car has been rolling roaded and offers 176hp at 0.5 bar of boost. These Vertpower conversions aim to offer a blend of performance with environmental conscience as the intention will be widespead installs to take advantage of bioethanol on smaller engined cars. Preferably older cars as they already exist therefore the biggest chunk of CO2 is eliminated. The 205 has actually improved light throttle economy with the compressor making up for the otto cycle engines inherent deficiency of operation below full throttle. Don't get me wrong though. I'm not about to suggest diesels are better.... OBJECTIVE ASSESS THE IMPACT TO LAPTIME OF NEARLY 40% MORE POWER AND TORQUE SPRINT TIME 1.75 LAPS 90.75 seconds ( -2.13 sec) SUSPENSION GAZ COMPETITION COILOVER KIT 23MM REAR ANTI-ROLL BAR  POWERFLEX BUSH KIT ECCENTRIC TOP MOUNTS 309 FRONT WISHBONES GROUP A REAR BEAM MOUNT KIT CORNER WEIGHTED TO 50% CROSS WEIGHT   ENGINE & GEARBOX STANDARD 1.9 GTI with VERTPOWER REMOTE MOUNT COMPRESSOR INSTALLATION (now intercooled using a BMW 320D intercooler) BODYSHELL STRIPPED OF ALL INTERIOR TRIM, OMP CAGE FITTED, FRONT AND REAR STRUT BRACES TYRES GOODYEAR EAGLE GSD3 195/50/15 WHEELS STANDARD 6JX15 BRAKES STANDARD 205 GTI WEIGHT WITHOUT DRIVER 815KG HORSEPOWER 160HP for this Sprint now 176HP @ 0.5 BAR (Rolling Road) POWER TO WEIGHT RATIO 196HP/Ton for this Sprint now 215HP/Ton 0-60 under 6 seconds (0-70 7.8 with 0.5 BAR) 1/4 Mile TBA  VIDEOS OF THE 205 TURBO LYDDEN HILL SPRINT ARE AVAILABLE HERE   COMPONENTS AVAILABLE HERE   In summary   The extra horsepower has made the biggest difference in time reduction so far. However before you say you want more power if you look at the reduction for both lightening and suspension and cage compared to power that still brought a bigger gain. On it's own power is nothing - it's how the car lays it down. With 0.38 bar of boost (now tested up to 0.5 bar with intercooler) the car handles it well. The performance is better than expected for 170hp due to the rise in torque which makes more of an impact to acceleration than mere hp. So the verdict echoes the company ethos - do things in stages, make sure you have a stable platform before adding power and when you want to add more power look for more grip. In short keep things balanced..

We try to offer the best advice with a very reasonable price. Customer service is our priority. We pride ourselves on our card security using HSBC Secure ePayments. We never ship an order unless we have checked it is right for your car.  Are our prices the lowest on the web?

Alloy Wheels Rota Alloy Wheels Speedline Alloy Wheels Speedline Magnesium OZ Alloy Wheels Compomotive Alloys 

Brakes Big Brake Kits Braided Hoses Competition Pads Discs Trackday Sprint and Hillclimb Pads

Brakes (EBC) EBC Discs front EBC Discs rear EBC Pads front EBC Pads rear Pads for Racing Calipers

Camshafts Chip Tuning  Cylinder Head

Electrical Lightweight Batteries Engine Management ECUs Jenvey Throttle Bodies Throttle Body Kits

Engine Rebuilds Exhausts Supersprint Exhausts Milltek Exhausts Ragazzon Exhausts

Fluids and Lubricants Additives Brake Fluid Engine Oil Transmission Oil Fuel System Uprated In-Tank Pumps Out-of-Tank Pumps Fuel Hose, Filters, Regulators

Heat Management Exhaust and Turbo

Project Car Safety Devices Harnesses OMP Roll Cages Seat Mounts Seats

Suspension Anti-Roll Bars  Bushes BC Racing Coilovers  Coilover Kits Performance Suspension Kits  Strut Braces Springs and Lowering Kits Shock Absorbers (Dampers) Track Rod-Ends Top Mounts and Alignment Set Up Equipment

Turbocharging Boost Controllers Dump Valves Rear Mount Turbocharging

VertPower Workshop