C10
【JP】C10 Racing Fuel Drum
C10
C10
【JP】C10 Racing Fuel Drum
C10

C10

£152.00
Taille 19 litres
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Restez au frais - Liquide de refroidissement de course

Célibataire   1,89 litre

£22.00

 

L'un des tout premiers carburants sans plomb non oxygénés du marché. Le C10 est extrêmement performant dans les applications à induction forcée. Son indice d'octane plus élevé et son faible RVP en font une formule gagnante dans un large éventail d'applications, notamment sur circuit, en karting et en moto.

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Ce produit est conforme à la norme australienne sur l'essence et ne nécessite pas de licence de course à présenter au moment de l'achat.

Indice d'octane moteur | 96

Octane de recherche 104

Teneur en oxygène | 0%

Densité | 0,765

RVP | 4

Couleur | Clair

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Habituellement prête en 24 heures

RON octane
104
Oxygen content
0%
Specific gravity
0.7650
SPECIFICATIONS
GASOLINE Unleaded
Motor octane (MON) 96
(R+M)/2 100
Reid vapour pressure 4.02 psi
Stoich. A/F ratio 14.38:1
Colour Colorless
Drag Racing
Capable
Circuit
Excellent
Bike
Very good
Nitrous
Not recommended
MX / SX
Capable
Rally / Off Road
Very good
Boosted / Turbo
Capable
Marine
Excellent
tuning INFO
Oxygen content
0%
NON-OXYGENATED FUEL
tuning info
No added oxygen content keeps fuel delivery behaviour closer to conventional petrol.
Does not require the richer compensation typically associated with oxygenated race fuels.
Still verify calibration with proper AFR or lambda tuning methods.
What is Oxygen Content?
Oxygen content refers to the amount of oxygen within the fuel itself. Higher oxygen content allows more complete combustion, increasing power potential while requiring additional fuel delivery to prevent lean conditions.
STOICHIOMETRIC AFR
14.38:1
98 RON Petrol
14.7
C10
14.38
Requires Slightly More Fuel Volume Than Standard Petrol
Tuning Info
Stoichiometric AFR is lower than standard petrol, so additional fuel delivery is required.
Still far closer to petrol than oxygenated race fuels, with less aggressive compensation needed.
Always verify calibration with proper AFR or lambda tuning methods.
What is Stoichiometric Air-Fuel Ratio?
The stoichiometric air-fuel ratio defines the ideal mixture for complete combustion. Different fuels require different ratios, meaning fuel delivery must be adjusted during tuning to maintain correct combustion and performance.
SPECIFIC GRAVITY
0.7650
0.70 Specific Gravity Comparison 0.80
C10 0.7650
Pump 98 0.750
C10 is denser than pump fuel, requiring slightly less fuel volume.
Tuning Info
Higher density delivers more fuel mass per volume.
May require slightly reduced fuel delivery to maintain AFR.
What is Specific Gravity?
Specific gravity measures the density of the fuel relative to water. It determines how much fuel mass is delivered for a given volume. Lower density fuels deliver less fuel mass per volume, which can cause a lean condition if not corrected.
Reid Vapour Pressure
4.02 PSI
LOW FUEL VOLATILITY
tuning info
Lower vapour pressure improves fuel stability under heat.
Reduces vapour formation in demanding conditions.
May require attention to cold start behaviour.
What is Reid Vapour Pressure?

RVP Measures the volatility of a fuel and how readily it evaporates at a given temperature.


In forced induction applications, a lower RVP resists vaporisation under boost, reducing the risk of vapour lock. Naturally aspirated engines benefit from a higher RVP, where easier vapourisation improves atomisation and throttle response.

Disclaimer

All specifications and tuning guidance are provided for informational purposes only and should not be relied upon as definitive tuning instructions. VP Racing Fuels assumes no liability for engine damage, failed tunes, or performance outcomes. Users are solely responsible for correct fuel selection, tuning, and application.

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