Fastest Pinewood Derby Car Designs | Maximum Velocity (2024)

At Maximum Velocity, we have some of the fastest pinewood derby car designs available today. Founder Randy Davis has a background in engineering and over twenty years of experience with pinewood derby racing. His valuable insight provides builders with everything they need to design race-winning cars every time.

To design the fastest pinewood derby car at your next race, you must first understand how these cars work.

The Basics

Fastest Pinewood Derby Car Designs | Maximum Velocity (1)Pinewood derby cars are gravity-powered vehicles that most often start on a sloped track held back by starting pins. When these pins are removed, the cars roll down the track towards the finish line, which is usually positioned at the end of a long, flat section.

The only force that can move the car is gravity. But because gravity is a constant force, there isn’t much you can do to increase it. However, there are things you can do to optimize your car’s ability utilize this force.

While gravity pulls the car down the track, friction is working to slow the car down. Friction is at work at any place where moving parts come in contact with each other: wheels touching the track, the axles, the car body, etc. Even the air flowing over the car body produces a form of friction that slows the car down.

So to build the fastest pinewood derby car on the track, you must maximize your momentum while minimizing friction.

Keys to Success

Champion car builders have discovered key secrets in getting the most speed from a car. Keeping these in mind will help you when designing your derby car for competition.

Lubrication

Lubrication is very important when it comes to creating a competitive car. Graphite is often used as lubrication and comes in very small flakes. Cheap brands have a lower carbon content and include impurities. Our Max-V-Lube brand features high-quality and high-purity graphite, which has proven to produce top results in pinewood competitions.

Wheel Axle Preparation

All frictional buildup in a pinewood derby car comes from the wheels and axles. When preparing your axles, make sure they are straight, polished and flawless. Polishing both the wheels and axles reduces friction and increases performance.

Alignment

In order to increase the speed of your car, it needs to travel in a straight line down the track. Zigzagging causes the car the travel a longer distance, continually losing speed as it bumps and rubs against the guard rail.

Make sure that your axle slots or holes are perfectly parallel to each other, and that the axles are straight. We offer the Pro-Axle Press and the Prod-Body Tool to help minimize the need to align the wheels.

Maximize Momentum

Fastest Pinewood Derby Car Designs | Maximum Velocity (2)The fastest pinewood derby car designs feature proper weighting and distribution. Momentum helps a derby car continue to roll as fast as possible on the flat section of the track. The key to maximizing momentum is by adding weight.

Typically, races cap the maximum weight of a pinewood derby car to five ounces. To meet this weight, you will likely need to add two or three ounces of additional weight to the car. By adding weight to the rear of the car, you’re more likely to increase your car’s performance.

The type of weight also matters. Denser weights like tungsten and lead take up less space, so you’re able to reach maximum weight and place it at the back of the car. Since denser weights require less space, they allow for the creation of more aerodynamic cars.

Aerodynamics

This is the most recent addition to the keys to pinewood derby success. But after reviewing the research, the effects of aerodynamics on pinewood car performance in no longer considered trivial.

Low-profile cars with rounded edges and fenders will most likely outperform other pinewood derby cars. Adding wings, sails or flags most often will decrease the car’s performance by increasing air resistance. And tapering from a smaller surface area in the front to a larger surface area in the rear also helps with the air flow of the car, increasing speed.

Award-Winning Designs

To ensure the fastest pinewood derby car designs, follow these five keys to ensure success. But if you’d rather save time and research when building your car, then choose from a selection of Maximum Velocity’s Car Plans, which each feature three different winning designs.

These downloadable plans also include a comprehensive timetable, woodworking tips and helpful diagrams to help you easily craft your competition car. These winning pinewood derby car designs are fast, aerodynamic and put into practice the keys to success as mentioned above.

For quality products, valuable insight and comprehensive pinewood derby car designs, trust the experts at Maximum Velocity. Our all-inclusive knowledge and commitment to offering quality supplies will ensure that your next car will speed to the finish!

Fastest Pinewood Derby Car Designs | Maximum Velocity (2024)

FAQs

What is the best design for a fast Pinewood Derby car? ›

For a fast car, you want the add more weight to the rear. The arrow car shape, for example, has a definite pointier front and slim body with cut-in sides that lead to a flared back end. You will want to ensure that the weight is slightly heavier near the rear wheel axle, so add weight to the flared back end.

What is the fastest Pinewood Derby car speed? ›

The Speed of Pinewood Derby Cars

The distribution plot below shows a range of speeds from 177 mph to 229 mph, with most cars exceeding 200 mph.

How to make the worlds fastest Pinewood Derby car? ›

A wood block with true, smooth wheels and axles will beat something honed in a wind tunnel with wobbly wheels. The most important thing for a fast pinewood derby car is true, straight wheels and axles. Next, the wheels and axles need to be as smooth (frictionless) as possible.

Do heavier Pinewood Derby cars go faster? ›

Aerodynamics have little effect in such a short race, but weight does and putting the weight at the back of the car will make your car faster on the flat of the track. Tungsten weights, in most cases, are best because of their high density. Lube the car at the body/wheel friction point.

How to make the most aerodynamic Pinewood Derby car? ›

The most basic aerodynamic design is a simple wedge. If you don't have time to design a complex car, a wedge will work just fine. Download a Pinewood Derby car template PDF to help you create your design.

What is the best power saw for a Pinewood Derby car? ›

Band saws are the best tool for cutting a Pinewood Derby car block. If you don't have access to a band saw, a coping saw will do. Coping saws are economical and can cut unusual shapes and curves. Coping Saws are intended for cutting curves in thin material but they can be used for cutting your Pinewood Derby car.

Should I bake my pinewood derby block? ›

Baking your Pinewood Derby wooden block helps to remove the moisture so that you have more wiggle room to add extra weight at the end. Remember, every little bit of weight in the right place makes a difference! Bake it in the oven at 250° for about 2 hours.

Is a shorter pinewood derby car faster? ›

Yes, you can make your car shorter but it is not recommended. A shorter car will have a lower center of mass at the start so it will have less energy to convert into speed when going down the track.

Where is the best place to add weight to a Pinewood Derby car? ›

PUT MOST OF THE WEIGHT IN THE BACK

Science says the heaviest part of your car should be about 1 inch in front of the rear axle. The idea is that the farther back the weight is, the more potential energy you have because your center of mass is higher up on the track.

What is the best wheelbase for a Pinewood Derby car? ›

For example, on a smooth aluminum track, a wheelbase of 4.75” offers a good balance between speed and stability. For a rougher track where instability could be a concern, the Race Team might consider going with a 5.0” to 5.25” wheelbase. New axle holes must be made to move or extend the car's wheelbase.

What is the best placement of Pinewood Derby wheels? ›

Additionally, the wheels must be located directly across from one another. Finally, if rules do not prohibit, the rear axle holes should be placed 5/8ths (0.625) of an inch from the car's rear. Moving the rear wheels increases stability and maximizes speed by keeping the rear wheels on the hill of the track longer.

Should you sand Pinewood Derby wheels? ›

Use the high grit (1000) sandpaper to sand the edge of the wheel while spinning it with the drill. Do not over-sand; you want to sand just enough to remove the flashing. With modified wheels, you'll want to sand off any burs from the cutting process but don't round over the edge.

Can you use wd40 on Pinewood Derby car? ›

No wet lubricant is allowed. (Ex: NyOil, NyOil II, WD-40) Only one lubrication is allowed before the beginning of the first race, and then once again before the beginning of the first race of the semi-finals and finals.

Is it better to put weight in front or back on Pinewood Derby car? ›

If the weight is placed towards the back of the car, it has longer to "drop" (by several inches) than if the weight is placed towards the front of the car. This difference is highly significant in terms of race times. Therefore, weight should be concentrated towards the rear of the car.

What factors might affect the speed of a Pinewood Derby car? ›

The following parameters made pinewood derby cars faster: using graphite on the axles and wheels, using lightweight wheels and polished axles, lifting the left front wheel and bending rear axles also raised speed. A longer wheel base and aerodynamic shape improved speed.

What are characteristics of successful Pinewood Derby car designs? ›

To build the fastest pinewood derby car at competition, you need to maximize your momentum while also minimizing friction.
  • Quality Lubrication. A major way to decrease friction is by properly lubricating your wheels and axles. ...
  • Properly Prepared Wheels and Axles. ...
  • Perfect Alignment. ...
  • Maximized Momentum. ...
  • Aerodynamic.

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