Competition rules for 2022

1. Provide an accessible enrichment program. The event organizers seek to reduce barriers to entry and keep a level playing field for all teams, regardless of their financial resources
2. Provide a safe event for teams to celebrate their success. The EV Challenge makes every effort to ensure its events are as safe as possible for teams.
3. Support the growth of the EV Challenge community in Ontario. The formation of new teams is actively encouraged, with the responsibility for mentoring and promoting new teams shared between the event organizers and established teams. The EV Challenge will actively seek financial support for new teams.

The goal of the EV Challenge is to provide students with an opportunity to design and build an electric vehicle according to specifications presented in the competition rules. This goal cannot be achieved when schools purchase and use pre-manufactured vehicle kits or bring the same vehicle back to the competition every year. In order to encourage teams to provide design and fabrication experiences for their student members, the following rules will be enforced for all entries;

1. The use of pre-designed vehicle plans and/or pre-fabricated vehicle kits is prohibited. The necessary engineering knowledge and technical information will be gained through research and experience, and utilizing the fabrication knowledge and skills of the team members and their mentors.

• The use of a pre-designed, purchased kit for an EV Challenge vehicle, including copying its dimensions or modifying it to meet competition specifications, is prohibited
• Teams are allowed to use a frame designed and built by their own school as a starting point for a new design. This may include copying its dimensions and reusing key components such as steering, brakes, powertrain and controls.
• New teams may reuse existing parts including frames donated by other teams. If a donated frame is used by a new team, it still must follow the 4-year limit. For example, if a frame is donated that has been used for 3 competitions seasons, it will be considered an eligible car for 1 more competition season only.
• Inspection / verification will be part of the Safety Inspection at the EV Challenge race. Ineligible cars will not be allowed to participate and the judge’s decision is final.

2. A vehicle built by a team can be raced for a maximum of 4 competition seasons; after this is will be considered a classic car and will not qualify for future competitions. The 4-year limit will be monitored and enforced by the race organizers as follow:

• A “new car” is considered to be one where the chassis has been designed and fabricated from basic materials. Steering, brakes, wheels, and drive system components from previous vehicles can be reused when constructing
  a new car.
• Modifications to an existing car, such as a new steering or drive system, or remanufacturing a portion of the chassis, is not considered building a new car. Modifying a car does not change its 4 competition season limit.
• Car numbers will be requested / provided and registered with the race organizers when a new car is completed and ready for competition. The car number will be permanently affixed (welded, embossed) on the frame in at least 3 different locations. The car will keep this number for all times that it is entered in the competition, and the number will be retired when the car is no longer used.
• Teams that have cars that are completed, have raced in previous seasons and are not registered with the race organizers are expected to provide an honest, accurate disclosure of the age of the car. If the car is eligible to compete the team will permanently affix the car number to the frame and will be given permission to enter future competitions.
• Inspection / verification of car numbers will be part of the Safety Inspection at the EV Challenge race. Cars that are not eligible will not be allowed to participate and the judge’s decision is final.
• The 4-year limit goes into effect immediately; however, there will be a 1-year grace period for teams with no eligible cars for the 2019 EV Challenge. Teams with cars that have raced at 4 or more EV Challenge competitions may enter one car to all races in the 2019 EV Challenge. Only teams with eligible cars (including one classic car, below) will be allowed to compete at the 2020 EV Challenge.

3. Teams may continue to race 1 classic car at all EV Challenge events starting in 2020. In order to allow participation by all schools and to take into account situations where a school is unable to design, construct or complete a new vehicle, teams will be permitted to compete at the EV Challenge as follows:

• A classic car is defined as a car that is more than 4 years old, counted from the first EV challenge event it has competed in
• A team may enter a classic car into one of the 12 V heat races. The car will be considered a valid race entry and will be qualified to win a race award.
• Classic cars will not be permitted to compete in the 24 V race
• If a team races an eligible car in the 12 V and/or 24 V race, a classic car cannot be entered as a second car for the competition by the team
• Inspection / verification of cars (eligible and classic) will be part of the Safety Inspection at the EV Challenge race and the judge’s decision as to a car competing or not competing is final.

For 2022 there will be one 12 V race and one 24 V race. Teams are allowed to bring 2 cars to the competition and there is a limit of three (3)  entries in the competition, as follows:

• A team may bring two cars to the competition; entering both cars in one in the 12 V heat race (two entries) and one car in the 24 V race (one entry)
• A team may bring two cars to the competition, entering one car in the 12 V race (one entry) and the other car in the 24 V race (one entry)
• A team may bring one car to the competition, racing it in the 12 V race (one entry) and then racing the same car in the 24 V race (one entry)
• A team may race one car in the 24 V race (one entry)
• A team may race one car in the 12 V race (one entry). Rookie teams are encouraged to register for the 12 V race only.

In addition to the online registration, teams must complete an on-site registration between 8 and 9 am on Saturday or, for local teams, 4 to 6 pm Friday. Teams are expected to provide the following documents during this time:

1. Completed Team Registration Form including the names of all students and teacher/advisors that are attending the event and the names of all drivers
2. Completed Participant Information Sheet form for all students and teacher/advisors that are attending the event.
3. A completed Safety Inspection Checklist for each vehicle.
4. A signed Construction Responsibility Waiver for each team.
5. Drivers for the 24 volt race need to show a valid driver’s license.

See the appendix for copies of these forms.

A certificate of insurance will be required for any team that is not affiliated with a Ontario Secondary School or an Ontario Catholic Secondary School. This includes college teams and community teams.

Teams are permitted to load in on Friday from 4PM to 6PM. During this time, teams may also complete their safety inspections. On-site registration and award judging will wait until Saturday morning. Secure storage for vehicles and trailers will be provided for all teams.

A high school team is defined as a group of students that are currently enrolled in high school working together to build and compete with a vehicle. A team does not have to be associated with a particular school, but must have a teacher, parent or mentor acting as a supervisor for the team.

High school teams may enter the same car year into the competition that was raced in previous years. There is currently no cost limitations imposed on high school teams. All vehicles must be designed and built according to the Vehicle Design Rules.

A college team is defined as a group of students that are currently enrolled in a college program working together to build and compete with a vehicle. A college team must be associated with a particular school and must have a teacher acting as a supervisor for the team.

All vehicles built and raced by college teams must be designed and built according to the Vehicle Design Rules. The following additional rules are added to the competition for college teams.

• 3.2.1 A car entering the college division race must have a new frame each year. The design of the frame can be similar but it is expected that some level of improvements will be made to the design. The frame must be newly fabricated every year. Components of the car other than the frame can be reused but cost of retail parts must be included in the total price of car.
• 3.2.2 The races will be named a one battery race or a two battery race. How the power supply units are used are up to the teams entering the race. The 12 V race for the High Schools will be the one battery race for the Colleges and the 24 V race will be the two battery race. Teams may boost voltage or run batteries in parallel if they wish. Batteries cannot be exchanged or recharged during the race and the same batteries must be in the car for the entire race. Two batteries must be in the car at all times for the two battery race.
• 3.2.3 The battery used must be the Optima yellow top SC35DA. This is so each team is using the same power source.
• 3.2.4 All electrical components must be sized and protected according to safe electrical standards and codes.
• 3.2.5 The total cost of building the car must not exceed six thousand dollars ($6,000 CND), this is to include donations and sponsorship materials and parts. Retail costs of parts recycled from a previous vehicle or donated must be included in the total costs of the build. If using wheels from last year the current retail cost of the wheels must be part of the $6,000. The cost of the batteries is not included in this total cost. Travel and helmet expenses are not included in this cost.
• 3.2.6 As part of the registration and safety inspections teams must provide documentation for the car including mechanical drawings, electrical schematics
  and cost spread sheets. A separate award for team documentation will be awarded to the team judged to have the best presentation for their car.

4.1.1 The distance between the tires must be at least 0.60 m, center to center.

4.1.2 The vehicle may be no wider than 1.2 m at its widest part.

4.1.3 The maximum vehicle length is 3.5 m.

4.2.1. Vehicles must be three- or four-wheeled. All wheels must be load-bearing and must remain in contact with the ground at all times.

4.3.1 The driver must be in a sitting position. A kneeling or head-first position is not permitted.

4.3.2 Arms and legs must remain within the vehicle body structure during normal operation of the vehicle.

4.3.3 The driver must be able to exit the car independently in less than 1 minute.

4.4.1 All vehicles must have frame members that protect the driver in the event of a collision from any direction. This includes having the frame extend beyond the driver's feet and having adequate side protection for the driver.

4.4.2 Frames mst be constructed using steel or aluminum. Members may be joined by welding or with bolts. Non-structural frame members may be constructed using other materials, including wood, plastic, composites, etc.

4.5.1 There must be a roll bar that extends 50 mm over the top of the helmet of the tallest driver, and protect them throughout their full range of motion. It must be constructed so that, in the event of a roll-over, the driver’s head is fully protected.

4.5.2 The roll bar must be made from steel or aluminum, welded or bolted construction.

4.5.3 The roll bar must be triangulated with at least three legs or panel equivalent.

4.6.1. The vehicle body is only required to be structurally strong if the frame does not provide adequate protection from an impact. If the frame is not sufficient, then the body must be constructed to protect the driver in the event of an impact.

4.6.2 The body must have a floor to prevent the driver from contacting the ground.

4.6.3 The driver’s legs and feet must be enclosed to prevent them from leaving the vehicle in the event of an accident.

4.6.4 Self-tapping screws are prohibited on vehicles as they can loosen, fall on the race track and cause tire failure. Machine screws or rivets are both suitable fasteners.

4.7.1 The vehicle must be stable at rest, while cornering, braking, and at top speed.

4.7.2 Leaning vehicles are not permitted.

4.8.1. The vehicle’s steering must allow for a minimum turning radius of 5 m.

4.9.1 At least two wheels must have brakes.

4.9.2 Brakes must be fitted to two wheels of the same axle – either two on the front or two on the back, depending on vehicle configuration.

4.9.3 The two brakes must have separate actuation cables. If both brakes are actuated by a single hand or foot lever, then both cables should be attached to the lever.

4.9.4 The vehicle must not roll if the brakes are applied.

4.9.5 Axles supported at both ends must have a diameter of at least 10 mm.

4.9.6 Axles supported only on one end must have a diameter of at least 12 mm.

4.9.7 Safety wire or cotter pins must be used to secure all wheel axle nuts. Nylon lock
nuts and double nuts alone are not acceptable.

4.10.1. Tires must be inflatable.

4.10.2. Vehicles should be designed with at least 40 mm ground clearance.

4.10.3. The driver must not be in a position to come in contact with the tires, wheels, or spokes.

4.11.1 The required battery for both the 12 V heat races and 24 V race is the Optima yellow top SC35DA. No other battery may be used in the competition.

4.11.2 Batteries must not be modified or heated.

4.11.3 Batteries must be securely attached to the vehicle in such a manner that they are protected from a roll-over or impact, and, in the event of an accident, will not leave the vehicle. Examples include a metal bracket or a ratchet strap.

4.12.1 A fuse or circuit breaker is required in any electrical circuit between the battery and any electrical device.

4.12.2 All fuses or circuit breakers should be mounted as close as practically possible to the source of power.

4.12.3 All fuses or breakers should be sized to protect the wiring to which they are connected.

4.13.1 An isolation (kill switch) is required on all vehicles. This switch must have a break current rating that exceeds the maximum current draw of the vehicle.

4.13.2 The switch must be located in the main positive power cable, between the battery and any motor controller.

4.13.3 The driver must be able to actuate the switch while in driving position, without reaching outside the vehicle. Race officials must be able to actuate the switch from outside the vehicle without reaching in. Two separate switches may be used.

4.13.4 The switch must be in a colour contrasting the rest of the vehicle, preferably red.

4.13.5 A circuit breaker may be used as the isolation switch.

4.14.1. Wiring must be well-insulated and securely attached to the frame or body. All wiring must be visible for inspection for the entire length of the wiring runs. All wiring must be kept free from moving parts and protected from chafing.

4.14.2. Wiring that passes through a hole with sharp edges or through sheet metal must be protected by an insulating grommet or other suitable device.

4.14.3. Terminals must be secured so they will not come loose or short out during a competition.

4.14.4. No part of the system may use the vehicle frame as a conductor. The frame must not be grounded.

4.15.1. All vehicles must only be powered by electric motors.

4.15.2. All gears, chains, and sprockets must be covered. Strong material i.e. steel, aluminum, or Lexan must be used in constructing the guards. The guards should cover all moving parts in such a way that a finger or hand cannot reach them.

4.16.1. Any type of power controller is allowed.

4.16.2. Power to the motor must be controlled by the driver, and turn off automatically when the driver releases the accelerator (‘dead man’ cut-off).

4.16.3. Remote control of a vehicle is not permitted.

4.16.4. Computers are permitted on the vehicle if they present information only or collect data. The driver must have complete manual control of the vehicle.

4.17.1. Vehicles must be equipped with at least 8 square inches of usable mirror surface area. Mirrors are required on both sides of the vehicle

4.17.2. The mirrors must allow the driver to see clearly to the rear on both sides of the vehicle.

4.17.3. Electronic sensing devices, such as video cameras and monitors, may not be used as a substitute for rear-view mirrors.

4.18.1. All vehicles must be equipped with a five-point automotive seat belt system.

4.18.2. Seat belts must be mounted to a structural point at least 3 inches below the top of the driver’s waist.

4.18.3. The shoulder harness must be attached to a structural point at least 3 inches below the driver’s shoulder.

4.19.1. All drivers must wear a helmet that is DOT approved for motorcycles. Eye protection - shield, goggles or safety glasses - is required at all times.

4.20.1. Drivers must wear long sleeve shirts, pants, closed toe shoes and gloves.

4.20.2. Hair must be contained so that it is unable to reach the drive train.

4.21.1 Vehicles must display numbers at least six inches in height using contrasting colours to the vehicle.

The safety inspection will verify that the car has been constructed according to the Vehicle Design Rules and that the driver has the required safety equipment. If a car fails the safety inspection, that car will not be allowed to compete. All rulings by the judges are final. If a car is repaired, a second safety inspection will be conducted. The race will not be delayed for this process.

Prior to the competition, the team’s teacher / advisor will complete the Safety Inspection Checklist form (found in the Appendix) by initialing each line to confirm the team has met the requirements. The team will present the completed form at the on-site event registration and the judge will refer to the form during inspection of the vehicle. The requirements to pass the stationary inspection are as follows.

1. The vehicle must have a minimum of three road wheels. All wheels must be in contact with the ground at all times. Vehicle must be inherently stable at rest and in operation.
2. The frame must be fabricated in such a way to protect the driver in a collision. The design and fabrication must be structurally sound.
3. Mirrors are required on both sides of the vehicle to permit the driver a clear view behind.
4. A five-point safety harness is properly mounted.
5. All wiring must be visible for inspection for the entire length of the wiring runs. All wiring must be insulated and neatly secured and terminated. Wiring must be sized to have sufficient capacity.
6. Batteries must be firmly secured to the chassis with a metal strap, a ratchet strap, or are otherwise strongly secured. In the event of a collision, the battery must not move.
7. There must be an Emergency Power Off switch on the vehicle, accessible to the driver and emergency workers outside the car.
8. Brakes must be fitted on two wheels of the same axle. Each of the brakes on the two wheels must have a separate actuation cable. If both cables are to be actuated by a single lever then both cables are to be mounted to a common lever. The vehicle must not roll if pushed when the brakes are applied.
9. Cotter pins or safety wire must be used to secure all wheel axle nuts.
10. All chains, sprockets, belts or pulleys in the vehicle drivetrain must be safeguarded to prevent injury to the driver or any member of the team. Strong material i.e. steel, aluminum, or Lexan must be used in constructing the guards. The guards should cover all moving parts in such a way that a finger or hand cannot reach them.
11. The vehicle must have a steel or aluminum roll bar mounted to the frame in such a manner as to prevent collapsing or breaking. The bar must be at least two inches above the top of the tallest driver's helmet when seated in race position. The roll bar must be braced either forward or rearward to the frame of the vehicle. It must provide protection for the driver’s head throughout the full range of possible movement.
12. The driver must wear a helmet that is DOT approved for motorcycles. Eye protection - shield, goggles or safety glasses - is required at all times.
13. The driver must be able to exit the car independently in less than 1 minute

Please note that this not a complete set of rules to be followed and additional inspection items may be applied as necessary. These rules represent the most significant hazards teams will face. For a full set of rules, see Section 4 Vehicle Design Guidelines.

During the event, extensive arrangements are made to promote the safety of all participants. These include:

1. Dedicated first-aid trained personnel will be on-site throughout the event.
2. A fire extinguisher will be on-site with a trained operator.
3. No less than eight (8) marshals will be present to monitor the race and respond to emergencies. Race organizers and marshals will be in continual radio communication regrading overall event progress and safety. Marshals will use horns and other visual aids to stop the race when conditions merit.
4. Race marshals and other track workers will wear high-visibility vests.
5. The race area will be secured with various levels of crowd control/barricades. For any area where there is the potential for a vehicle to leave the race course and cause an injury, a metal barricade will be used. A combination of wood barricades and barricade tape will be used to secure other areas. Volunteers will be stationed around the course to provide a secure perimeter at all times.

The 12 volt class race will be 60 minutes in duration and the 24 volt class race will be 90 minutes in duration. Each race will end when the time is complete or when none of the cars are able to continue. Time is kept by the race organizers and will broadcast to teams through a public webcast.

Saturday

Track rules must be adhered to at all times, as follows:

1. Pit access. The pit area will be accessible only to a maximum of six students and two teachers/mentors per car during the race. No parents or spectators will be allowed in the pit area during the race.
2. Pit safety. The pit is a no power zone. All cars must stop completely at the pit entrance gate and be pushed by the pit crew. When the car is moving in the no power zone, at least one person (other than the driver) must have a hand touching the car at all times.
3. General vehicle safety. Drivers must operate their vehicle safely. Their speed and control of the vehicle must be appropriate for the track conditions, including weather, the number of vehicles on that part of the track, and the position in the course.
4. Flag controls. Drivers must obey all flag instructions of the marshals as follows:
               Green - GO!
               Red – STOP! Wait for Marshal to wave Green Flag.
               Black - Report to pits on the current lap for penalty or repairs.
5. Yielding to a faster vehicle. Slower cars must hold their line. Do not weave or block. If it is safe to do so, point to the side that the faster car should pass.
6. Passing a slower vehicle. It is the responsibility of the faster cars to pass in a safe manner. Never pass in a no passing area.
7. When vehicle runs out of power. Remain in the vehicle if it breaks down until the race has been stopped. The marshal and race organizers will decide whether it will be removed from the race. No team member is to go onto the track to retrieve a broken down car. If required, the track workers will push the car to the pits when it is safe to do so.
8. Mechanical issues. Cars that have mechanical issues will be allowed to make repairs and continue racing; however they must drive with care, not exceeding a reasonable safe speed, and they must yield to passing cars at all times.

Each team must make two pit stops during the first 60 minutes of the race (both 12 volt and 24 volt classes) to change the driver of the car, as follows.

1. 12 V drivers must be team members. They must be of high school age.

2. 24 V drivers must be team members and have a valid G1 license, or equivalent.

3. Teams competing in multiple races (12 V heats and 24 V) must register and use a minimum number of qualified drivers as follows:

• A team with one race entry must register and use at least 2 qualified drivers
• A team with two race entries must register and use at least 4 qualified drivers
• A team with three race entries must register and use at least 6 qualified drivers
• A driver cannot drive more than one event. (i.e. A driver cannot drive in both 12v races, a driver that races the 12v event cannot drive in the 24v race

4. At least two different drivers must be used by each team during each race (12 and 24 volt). It is expected that each driver will complete approximately 1/3 of the scheduled race duration.

5. If a team chooses to have only two drivers, they must still perform two driver changes during the race. The driver who is re-entering the race must completely exit the car and place both feet on the ground before re-entering the car.

6. Each driver must complete one full lap before beginning another driver change.

7. Teams are allowed to change the driver if they have stopped in the pit area to repair a mechanical problem.

8. Teachers/advisors must disclose hearing or uncorrected vision impairments, including colour-blindness (particularly red/green), of their drivers to the organizers at least one week prior to the race. Race controls (i.e., flags) are colour-coded and this can present a safety hazard if unaddressed. Every effort will be made to allow the driver to participate, if participation can be done safely.

Compliance with the following sections may require additional design changes to the vehicle. Communication devices must not distract the driver.

1. Push to talk radios are permitted as long as the driver is not distracted by them.
2. Cell phones are permitted, so long as the line is kept open through the duration of the competition (i.e., no dialing).
3. Texting is prohibited.

The finishing order for each race will be determined based on the number of laps that each car completed during the scheduled time. Scoring will be performed as follows. 

1. Assignment of transponder. Each car will have an assigned transponder that will be used to track its progress during the race. Every time the car crosses the finish line, the scoring system will add one to the number of completed laps for that car.
2. End of race. When the scheduled race time is complete, the checkered flag will be shown to all cars as they cross the finish line. The scoring system will log the finishing order based on the final number of laps that each car completed and their relative finishing position.
3. 12 volt heat races. The results from the two 12 V heat races will be combined to find the overall winners for the 12 V class, based on final number of laps, relative finishing order and total elapsed time for each vehicle.
4. Last lap in the event of power failure. If a car runs out of electrical power and it pulls off the track into a safe area, it will only be scored based on the number of laps it has completed and not the lap that it is on.
5. Transponder mounting and operation The Transponder will be provided at the race and should be attached to the outside of the body shell in an area near the front of the vehicle where it can point upwards. All teams are required to prepare their vehicle for the transponder as follows:

(1) Location. Identify the location where the transponder will be located. This should be a flat area near the front of the vehicle where the transponder can “see” the scoring loop above it without obstruction. The transponder must be
attached using the Velcro tabs provided.

(2) Power. The transponder must be wired to one of the vehicles 12 volt batteries directly and not wired into any vehicle system, including the main power switch or E-stop. It may not be powered using a separate battery pack. It is the team’s responsibility to provide wiring from the battery to the transponder and attach to the connector provided to the team prior to the competition. Proper transponder wiring will be checked by inspection and must be approved before a car will be allowed to compete.

(3) Operation. Once connected to a 12-volt battery, transponder function can be verified by a brief flash of a red or white LED light, visible at the top of the transducer. Once a transponder is connected and functioning prior to the race, it should be left plugged in – a transponder only draws a few milliamps to operate so it will not affect the number of laps that a car will complete during the race.

(4) Checking. Transponder function will be checked at the start of the race by having each team push their car slowly under the scoring loop, located at the start/finish line. Any non-functioning transponders will be repaired or replaced at
this time.

    6. Transponder failure. The race will not be stopped in the case of a transponder failure. It is the responsibility of the team to ensure that the transponder is correctly wired and functioning properly before the start of the race. In the case of a transponder failure, the number of laps the car has completed will be manually scored for the remainder of the race.

Awards for 1st, 2nd and 3rd place for both the 12 V and 24 V races are presented to the schools with teams having the most total laps, as follows: 

(1)    1st place will be awarded to the school with the team that completed the most laps according to the electronic scoring system.
(2)    2nd place will be awarded the next, different school with the team that completed the next highest number of laps according to the electronic scoring system.
(3)    3rd place will be awarded the next, different school with the team that completed the next highest number of laps according to the electronic scoring system.

The Interstate Batteries Rookie Team Award is given to the team competing for the first time at the EV Challenge whose vehicle scored the most number of laps in one of the 12 V heat races.

The Engineering Design Award will be presented to the school that demonstrates the best overall design innovation, use of engineering calculations, and/or design for ease of assembly, maintenance, ergonomics and safety in their competition vehicles.

The Engineering Design Award is judged in two parts: an engineering report submitted one week prior to the competition, and an interview with qualified teams during the time between registration and the first race, approximately 8:00 – 9:45am. Only teams that submit an engineering report will qualify for the award, and interviews will only be conducted with these teams.

Teams should indicate during online registration if they intend to qualify for the Engineering Design Award.

Details of the Engineering Design Award, including the requirements for the report, may change slightly from year-to-year. These will be provided to teams approximately 1 month prior to the competition date.

The Toyota Fabrication & Manufacturing Award will be presented to the school that demonstrates the best examples of manufacturing and fabrication in the vehicles that their team brings to the competition.  

To qualify for this award, teams must be able to provide examples of manufacturing and fabrication that have been completed in the current year. These examples can include new vehicle or new systems (powertrain, steering, etc.) adapted to existing vehicles.

Teams should indicate during online registration if they intend to qualify for the Toyota Fabrication and Manufacturing Award.

During the time between registration and the first race, approximately 8:00AM - 9:45AM, Judges will visit each qualified team and will conduct a 5 - 10 minute interview, focusing on the different manufacturing and fabrication techniques that were used in building the vehicle or vehicle system.

Awards for 1st, 2nd and 3rd place are presented to the college teams having the highest total number of laps, scored over one of the 12 V heats and the 24 V race, as follows:

1. 1st place will be awarded to the college team that completed the highest total number of laps according to the electronic scoring system.
2. 2nd place will be awarded to the college team that completed the second highest total number of laps according to the electronic scoring system.
3. 3rd place will be awarded to the college team that completed the third highest total number of laps according to the electronic scoring system.