Race car preparation on verified chassis engineering.
MC Racing prepares production and cup race cars for privateers and 1–10 car teams across the Northeast, operating from 370 Hudson Rd in Stow, Massachusetts with full trackside paddock support.
Trackside preparation and engineering where every quote is backed by numbers.
Commuter brake pads and retail vehicle sales are not offered here. MC Racing builds, aligns, corner-balances, and manages race car platforms for competitive track days, sprint series, and regional endurance races across New England.
Every program quote is inquiry-only and strictly depends on five verified operational variables:
- Event type: private test day, club sprint, endurance cup, or corporate arrive-and-drive track program.
- Program duration: single-day shakedown, two-day club weekend, or multi-round regional racing calendar.
- Number of cars: fleet scale from a single cup car to a 10-car customer paddock awning.
- Level of preparation: baseline arrive-and-drive trackside inspection through full chassis setups, damper re-valving, and dedicated live telemetry coaching.
- Logistics and support: transport distance from our Stow shop, 100-octane race fuel allotments, paddock tire warmers, and pit bay tool footprint.
Customer-supplied GT, touring car, and formula chassis form the core of our workshop schedule. Because transport to Palmer Motorsports Park requires different fuel and hauler logistics than an endurance weekend at Watkins Glen, fixed pricing packages do not serve real racing. Our quotes match the exact car count, run hours, and track surface demand of your weekend.
Workshop verification and team credentials since 2018.
Trackside performance is won on the workshop floor, not through marketing promises. MC Racing has maintained dedicated racing machinery under the technical direction of Ivan Petrov, team mechanic since 2018.
Ivan supervises every torque check, scale reading, and telemetry calibration from our Stow bay before race cars are secured into transport haulers. Customers compare motorsport operations on four verifiable criteria:
- Trackside motorsport experience: hundreds of hours logged managing tire pyrometers, hot pressures, and quick-turn pit diagnostics under live race conditions.
- Physical equipment and tooling: dedicated race car setup stands, corner weight scales, Motul RBF 660 pressure bleeders, CAN telemetry hardware, and certified driver protective equipment.
- Series participation records: verified competition participation with series competitor license cards and run sheets documenting suspension damper clicks, camber changes, and lap time telemetry.
- Logistics and circuit support: direct enclosed trailer transport from 370 Hudson Rd to circuits across Massachusetts, Connecticut, New York, and New Hampshire.
Full physical inspection logs are maintained for every vehicle that rolls through our bay. Drivers receive printed run sheets documenting starting cold tire pressures, final hot bleeds, rotor temperatures, and telemetry delta points.
Physical race engineering photographed in the workshop bay.
The preparation sequence: from shop scales to the track paddock.
A successful race weekend requires removing mechanical uncertainty before the car ever leaves the trailer. We follow a strict four-phase technical protocol for every client vehicle:
1. Workshop Technical Intake & Disassembly
The vehicle arrives at 370 Hudson Rd in Stow. Underbody panels are removed, suspension ball joints, tie rod ends, and wheel bearings are inspected for axial play. Brake fluid is moisture-tested; any reading over 1.5% warrants an immediate high-temperature flush.
2. Scales, Corner Balancing & Alignment Geometry
With driver-equivalent ballast secured in the driver seat and fuel level indexed, the chassis is rolled onto calibrated corner scales. Cross-weight percentage is dialed to 50.0% (±0.5 kg). Camber, caster, and toe settings are indexed with laser hub fixtures to match the target track asphalt profile.
3. Telemetry Integration & Sensor Calibration
CAN bus communication across AiM or MoTeC data loggers is verified on the bench and in-car. Shock potentiometers, infrared brake rotor temperature arrays, and wheel speed pickups are zeroed and verified against live logger sweeps.
4. Trackside Paddock Deployment & Live Tuning
Our crew arrives on-site with mobile tire warmers, nitrogen bottles, and digital pyrometers. Following each session, hot pressures are bled to track target, tire carcass temperatures are logged across inside/middle/outside grooves, and Ivan Petrov reviews lap delta curves with the driver.
Calculate your paddock footprint, fuel, and tire allocation.
Paddock SqFt = (cars × 280) + (spares_tier × 150) + (crew × 45)Fuel Gal = cars × run_hours × 11.5Tire Sets = ceil(cars × (run_hours / 3.5))
- 100-Octane Race Fuel
- 92.0 gal
- Allocated Tire Sets
- 3 sets
- Transport Space Needed
- 38 ft trailer
- Telemetry Ingest Load
- 48 CAN channels
Calculations are engineering benchmarks for Northeast road course operations. Final fuel density, trailer footprint, and tire compound allotments are confirmed in your customized race quote.
Clear boundaries: what MC Racing does and will not do.
Any job where vehicle safety or mechanical preparation is compromised to save budget is declined. Racing puts extreme thermal and shear stress on mechanical components; failure modes like boiled brake fluid, bent steering links, or blown hub bearings endanger everyone in the paddock.
We refuse street cosmetic projects and commuter maintenance
Our bay tooling, nitrogen bottles, and scale platforms are dedicated to competition machinery. We do not accept street passenger cars for routine oil changes or body kit installs. If your car does not run on a closed road course, we are not the right workshop.
We do not reuse worn competition brake hardware
If brake disc runout exceeds 0.02 mm or thermal stress cracks reach the outer rotor chamfer, we will not machine them down or bleed them for one more session. We replace them with AP Racing or Brembo rotors safety-wired to spec.
We do not guarantee fixed podium finishes
Suspension geometry true to the millimeter, air-free brake hydraulics, and accurate telemetry logs are what we guarantee. Driver inputs, race traffic, and changing weather decide the rest.