Swift Karting Development Center Where Speed, Science and Innovation Collide

LO206 Power • Smart Tech • Swift Racing Chassis • Engineered by Mark Cerk

Precision Engine Development: The MC Engines Standard

At Swift Karting, development is not just a step in the process, it is our daily mission. Under the direction of Mark Cerk, we dedicate countless hours to refining the Briggs and Stratton LO206 platform through MC Engines, combining data analytics with real-world track validation. 

Every engine begins on our in-house flow bench, where intake and exhaust paths are precisely mapped to optimize airflow while remaining 100 percent class legal. We measure port velocity, valve seat profiles, and chamber volume to ensure balanced power delivery across all four cycles.

From there, engines are transferred to our dyno cell for repeated controlled test cycles. We log torque, horsepower, fuel consumption, and clutch engagement across the entire RPM range. These data sets reveal efficiency losses and friction zones that our technicians correct with micrometer precision. Each powerplant is heat-cycled, tuned, and validated until it meets the MC Engines benchmark for reliability and consistency, the same level of confidence our race team trusts every weekend.

Chassis Development: The Swift Racing Advantage

The Swift Racing Chassis line is constantly evolving through rigorous on-track testing and simulation. We test multiple frame geometries, tubing diameters, and seat placements to see how small changes impact grip, balance, and responsiveness.

Telemetry from test drivers helps us analyze weight transfer, caster and camber effect, and lateral load through every corner. Tracks like Whiteland Raceway Park and New Castle Motorsports Park (NCMP) serve as our developm

ent environments, providing a range of grip levels and temperature profiles to stress our designs.

Every adjustment, from axle stiffness to front geometry changes, is data-logged, compared, and refined. The end result is a chassis that feels alive under braking, stable mid-corner, and planted on exit. Each frame carries the Swift hallmark of precision handling with a predictable, balanced feel lap after lap.

Digital Instrumentation: The Next Leap in Karting Tech

Swift Karting is engineering the future of driver data. Two major projects are currently in advanced prototype testing, our Digital Air Gauge and Lap Timer and our High-Frequency Clutch Speed Analyzer.

• Digital Air Gauge and Lap Timer System
  A smart handheld tool that records pre and post session tire pressures, automatically logging hot and cold data with time stamps. It helps teams monitor pressure drift throughout the day and fine tune setups based on temperature and grip evolution. It is durable, waterproof, and ready for race day.
• High-Frequency Clutch Speed Sensor
  A micro-data device designed to measure micro-slip between crankshaft and clutch drum at up to 600 Hz. This system gives new insight into clutch behavior, showing when and how the clutch engages or slips under load. It helps racers perfect engagement settings for maximum acceleration.

Both devices support our larger vision of bringing professional level telemetry and precision tools to everyday kart racers. No guesswork, just measurable improvement.

Data, Dyno and Dedication: A Year of Relentless Progress

This past year has been one of the most productive in Swift Karting history. We have invested heavily in expanding our development lab with modern engine dynos, flow benches, and high resolution data acquisition systems. These upgrades let us simulate real track conditions in a controlled environment, removing variables and highlighting what truly improves speed and durability.

We have logged extensive hours studying how oil temperature, air density, and clutch friction influence lap time consistency. Every discovery feeds back into production from new batches of MC Engines to upcoming chassis revisions. Whether testing airflow, timing, or RPM response, our goal is simple, turn raw data into performance.

Beyond the dyno room, our field testing team runs continuous trials with prototype components, validating not only peak power but long term durability under race stress. Each test moves us closer to the perfect balance between speed, efficiency, and dependability.

Driven by Racers, Built for Racers

Guided by Mark Cerk, Swift Karting’s development philosophy remains the same, can we make it faster, simpler, or more reliable? Every tool, chassis, and engine we design answers that challenge.

Our workshop is staffed by racers, builders, and engineers who share a passion for precision. We build with purpose from the first weld on a Swift Chassis to the last torque spec on an MC Engine. Our digital systems, including the upcoming Swift Digital Air Gauge and Clutch Speed Analyzer, follow that same focus on accuracy and innovation.

At the Swift Karting Development Center, data and craftsmanship work together. Every number logged, every graph created, and every lap recorded brings us closer to perfection and brings you closer to the podium.

SwiftKarting.com — Built from Data. Proven by Racers.