Technical Research Archive V8 Supercars
Cars / Project Blueprint / VE Commodore
Holden · Project Blueprint

VE Commodore

2007-2010 · 32/41 specifications catalogued

The Holden VE Commodore (2007–2010) was the last Holden of the Project Blueprint era built on its own body-and-chassis — the model state before the revised VE II Commodore and, ultimately, the control chassis of Car of the Future.

Project Blueprint — parity, own chassis

The VE was a parity car, not a control-chassis one: each team still designed and built its own chassis to the standardised Blueprint geometry. It ran the marque-common double-wishbone front (adjustable camber, cockpit-adjustable anti-roll bar), a live rear axle located by four parallel links and a Watts linkage on coil-over adjustable dampers (Division C fixing a control damper list from 2006), a front-mounted Holinger six-speed, the Dunlop control tyre, the mandated control ECU and a 1355 kg minimum. The common control chassis only arrived with Car of the Future in 2013.

Body & aero

The VE carried the road car's silhouette worked to Blueprint's parity-controlled envelope — a front splitter and undertray and a boot-mounted rear wing. The aero was a controlled package aimed at holding the two marques close on downforce and drag, set by the technical rules rather than freely developed or published as per-car figures.

Getting the VE into that envelope took real surgery. The road VE's wheelbase was 93 mm longer than Blueprint's mandated 2822 mm, so the race car was physically shortened back to the common figure, its roof lowered 83 mm (through thinner sill panels) and its front narrowed with composite race-only mudguards to match the Falcon at the axle centre-lines. Holden Motor Sport set the aero baseline with high-speed straight-line runs to ~200 km/h on the Woomera rocket-range runway, then a TEGA side-by-side test against a Falcon finalised the homologated package. On that homologated car the prototype's large rear-wing end-plates were cut right down, which left the VE a little short of rear downforce against the FG Falcon — a deficit later cured on the VF.

Engine & driveline

Power came from the Holden Motorsport 5.0-litre V8 with HRT-developed heads — a 90-degree pushrod unit on the control ECU (media guides name MoTeC), estimated around 635+ bhp, limited to 7500 rpm at a 10:1 compression ceiling. Drive ran through the Holinger six-speed and a "Motive 9-inch" differential on the control 3.25 / 3.5 / 3.7 final-drive set (plus the 3.15 long-circuit ratio for Bathurst), via an AP Racing triple-plate carbon clutch.

Brakes, wheels & tyres

The works VE ran Alcon six-piston front monobloc calipers (with a removable bridge bar) on 375 mm discs and Alcon four-piston rears on 343 mm discs — the rears slightly larger than the earlier Blueprint Holdens — with O.Z 17×11 magnesium wheels. None of these was universal: brake make and wheel supplier varied by team (the control-brake list from 2006 approved AP Racing, Brembo, Alcon, PFC and Harrop). The tyre was the single-make Dunlop control.

Evolution

The VE raced 2007–2010 before the Series II VE II Commodore took over for 2011.

Sources: harvested V8 Supercar media-guide spec sheets (Commodore VE) + Division C technical rules — Grade B; Project Blueprint standardisation — Grade B/D.

Technical specification

Grouped by system. Every value carries its confidence grade and source.

confirmedperiod-verifiedbridge refunknownquarantined

Category 1/2

Formula designation
V8 Supercar (Project Blueprint) period-verified
Category formula designation (era-based)
Series & administration
unknown

Engine 8/8

Displacement
5.0 L period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) C 6.1.2 (max 5000cc)
Configuration
90-degree pushrod V8 period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback)
Induction
Fuel injected, electronic (one injector per cylinder from 2005) period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook)
Power (est.)
~480 kW / 620 bhp (2003-04), rising to 635+ bhp by 2005-06; limited to 7500 rpm period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback)
Max engine speed
7500 (regulated limit) rpm period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) C 6.6.1 (unchanged 2003-2006)
Compression ratio
10:1 period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) C 6.2.1 (ceiling, unchanged 2003-2006)
Engine management
TEGA Control ECU (mandated single control unit) period-verified
Div C Technical Rules (2003-2006, harvested primary rulebook) C 6.11-6.12 · Make not named in the rules (media guides say MoTeC)
Engine block
Holden Motorsport 5.0-litre V8 (HRT-developed heads) period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback) | Mark Petch (V8 touring-car technical figure), TenTenths forum thread 'Holden V8 Supercar engine' (t=112065), citing GM part 24502650 - cross-corroborates the Shannons Club 'equally-spaced ports' racing-block note (Grade C, named forum source) | Walkinshaw Performance / KRE Race Engines histories (Wikipedia + v8sleuth; Grade D) · Block architecture (Holden Motorsport 'Aurora'->HMS engine): GM Bowtie 'Short Deck' small-block, GM casting part 24502650 - nominal ~8.325 in deck height, small-journal 2.300 in mains, five steel main caps with the three centre caps splayed 20 deg, Oldsmobile Aurora bellhousing (max 12.25 in flywheel), dry-sump with a remote oil-filter pad; the heads abandon GM's siamesed bores for evenly-spaced ports (like the Ford unit). Cast in a limited run by Caterpillar for GM/Holden. Engine supply: the works Holden/GM engine (Chevrolet small-block-based 'Aurora') was built by Holden Motorsport / Walkinshaw Performance (Clayton) for HRT and customer teams incl. GRM; KRE Race Engines (Redland Bay) became the dominant Holden/Chev builder, supplying Triple Eight (2010+), BJR (2018+) and others.

Drivetrain 4/4

Gearbox
Holinger 6-speed (Australian made) period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) (control gearbox casing from 2004)
Gear ratios
Holinger RD6 6-speed sequential (H6S until 2008); ratios team- and circuit-selectable period-verified
Holinger (holinger.com.au): the H6S was the sole V8 Supercar transmission from the early 1990s to 2008, then the RD6. Standard set per the AU/VX sheets; exact ratios team/circuit-selectable. · Ratios were selected per circuit from Holinger options - not a fixed per-car spec.
Final-drive options
3.25 / 3.5 / 3.7 (plus 3.15 / 41:13 for Bathurst from 2005) period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) C 7.4.5 · The 3.15 long-circuit ratio was added by Div C for 2005-2006 (Bathurst) - the only performance-relevant ratio change in the era
Differential
Motive 9-inch period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback)

Suspension 4/8

Front type
Double wishbone, adjustable camber, cockpit-adjustable front anti-roll bar period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback)
Rear type
Live axle located by four-link parallel arms + Watts link; coil-over adjustable dampers; cockpit-adjustable rear ARB period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback) · Div C fixed a control shock-absorber list from 2006 (Ohlins/Penske/Sachs/Koni/EXE.T.C)
Front spring rate
unknown
Rear spring rate
unknown
Anti-roll bars
Front and rear cockpit-adjustable anti-roll bars period-verified
V8 Supercar vehicle spec sheet (Holden Racing Team Commodore VE; v8supercar.com.au media guide, harvested Wayback) · Both bars cockpit-adjustable (works/media-guide fitment).
Dampers
Penske coil-over, 4-way adjustable, gas-filled period-verified
V8 Supercar vehicle spec sheet (Holden Racing Team Commodore VE; v8supercar.com.au media guide, harvested Wayback) | Penske Racing Shocks 8760-series technical description (type/architecture context, Grade C) | my105 auction listing 'Paul Morris VE Commodore Hercules' (Grade C) · HRT works fitment (Penske stated explicitly in the 2003-04 VY HRT media guide; VZ/VE are the same HRT works program). Damper make varied by team; Div C fixed a control shock-absorber list (Ohlins/Penske/Sachs/Koni/EXE.T.C) from 2006. Type: aluminium-body monotube gas coil-over with a piggyback or remote reservoir, externally adjustable in bump and rebound - the media-guide '4-way' = high- and low-speed compression plus high- and low-speed rebound. This is the Penske pro-racing damper architecture (8760-series family, a concept Penske launched in 1998); period rules cap external adjustment at four characteristics per damper plus a separate gas-pressure setting (2002 Div C C 8.6, carried through the Blueprint era). Team variant: Paul Morris Motorsport's VE ('Hercules', 2007 Bathurst) ran 4x Ohlins shocks; dampers were open/team-choice this era.
Front geometry
unknown
Rear geometry
unknown

Brakes 4/5

Front disc
375 mm period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback)
Rear disc
343 mm period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback)
Front caliper
Alcon 6-piston monobloc (removable bridge bar) period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback) · Works/media-guide fitment; brake make varied by team - the 2006 Div C control list approved AP Racing, Brembo, Alcon, PFC and Harrop
Rear caliper
Alcon 4-piston monobloc period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback) · Works/media-guide fitment; brake make varied by team - the 2006 Div C control list approved AP Racing, Brembo, Alcon, PFC and Harrop
Brake pads
unknown

Wheels & tyres 2/4

Wheel size
O.Z. 17 x 11 magnesium alloy in period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback) · Works/media-guide fitment; wheel supplier varied by team (O.Z. / Speedline / others)
Tyre supplier
Dunlop control tyre period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) C 15.1.1
Tyre dimensions
unknown
Tyre construction
unknown

Weight 2/2

Minimum weight
1355 kg period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) C 5.1.1 (2004) · 1350 kg in 2003 (C 3.1.1) stepped to 1355 kg from 2004; front-axle minimum 740 kg all years
Weight distribution
Front-axle minimum 740 kg (regulated) period-verified
Shannons Club Racing Garage per-car feature (BA/BF, VY/VZ features) · 740 kg minimum over the front-axle line, specified for the first time under Project Blueprint (2003).

Fuel 2/2

Fuel capacity
120 L period-verified
V8 Supercar vehicle spec sheets 2004-06 (AVESCO/Champ/Fujitsu; harvested Wayback); Div C Technical Rules (2003-2006, harvested primary rulebook) C 13
Fuel specification
Unleaded racing petrol (2007-08); E85 (CSR ethanol blend) category control fuel from 2009 period-verified
HRT Team Profile: The Car page (hrt.com.au, 2011; harvested Wayback) - states all V8 Supercar teams use E85 CSR fuel from 2009 · VE ran 2007-2010; switched to E85 mid-life in 2009.

Dimensions 3/3

Wheelbase
2822 mm period-verified
Shannons Club Racing Garage per-car feature (VE/VF; whichcar ZB deep-dive) | Shannons Club Racing Garage per-model feature (BA-BF / VY-VZ / VE-VF / FG-FGX) · 2822 mm control wheelbase standardised across Falcon and Commodore under Project Blueprint (the VE road car was shortened 93 mm to meet it). Blueprint mandated a 2822 mm wheelbase: the road VE's wheelbase was 93 mm longer, so the RACE car was physically shortened ('cut-and-shut') back to 2822 mm; the roof was also lowered 83 mm (reduced sill-panel thickness) and the front narrowed using composite race-only mudguards to hit axle-centreline parity with the Falcon.
Front track
1600 mm period-verified
ChassisSim vehicle dynamics model (supplied by owner, 2026) · 1.6 m (1600 mm) wheel-centre to wheel-centre, per ChassisSim vehicle model. Project Blueprint standardised chassis geometry across the field; applied front & rear.
Rear track
1600 mm period-verified
ChassisSim vehicle dynamics model (supplied by owner, 2026) · 1.6 m (1600 mm) wheel-centre to wheel-centre, per ChassisSim vehicle model. Project Blueprint standardised chassis geometry across the field; applied front & rear.

Aerodynamics 2/3

Front aero
Front spoiler/under-tray; the downforce baseline was set by high-speed straight-line testing to ~200 km/h (HRT ran the VE prototype at the Woomera 2.5 km runway), then a TEGA side-by-side aero test against a Falcon finalised the homologated aero. period-verified
Shannons Club Racing Garage per-model feature (BA-BF / VY-VZ / VE-VF / FG-FGX)
Rear wing
Boot-lid-mounted rear wing (Holden tradition since the VR, 1995); the prototype's large end-plates were greatly reduced on the homologated version, leaving the VE somewhat short of rear downforce vs the FG Falcon (fixed later on the VF). period-verified
Shannons Club Racing Garage per-model feature (BA-BF / VY-VZ / VE-VF / FG-FGX)
Downforce / drag map
unknown