OVER WHEELS Device

OVER WHEELS: The Change Your Vehicle Needs
 
OVER WHEELS was created as the optimal solution to adapt your vehicle to the demands of today, combining efficiency, sustainability, and performance.
 
Our patented OVER WHEELS device is 100% safe and compatible with any gasoline-powered vehicle, from sedans and SUVs to trucks, buses, motorcycles, and more.
This technology was developed with a single objective: contributing to environmental protection amid the global pollution crisis. In addition, the device provides significant fuel savings, increasing your vehicle’s efficiency and putting more money back in your pocket.
 
Proven Performance Across All Vehicle Types
 
OVER WHEELS has been tested for over 10 years on a wide variety of vehicles and brands, consistently demonstrating excellent results. All tests are conducted with a strict protocol:
 
Diagnostic scans before and after installation ensure that no software or hardware—ECU, sensors, electronic components, transmission, or engine—is altered.
 
The device does not modify the vehicle’s originality, making its results both safe and reliable.
 
Emission Testing
 
We conduct pollutant gas emission tests before and after installation, in compliance with Costa Rican environmental regulations. This allows owners to clearly see the reduction in emissions and the environmental benefits of OWV.one.
 
Universal Compatibility
 
It doesn’t matter if your vehicle is new or old, carbureted, fuel-injected, LPG, hybrid, or EV, with or without an ECU (Powertrain Control Module – PCM). OWV.one works on all of them, improving performance, reducing fuel consumption, and increasing range.
 
Key Benefits:
 
Enhanced engine performance
 
Reduced energy and fuel consumption (more miles for less)
 
Significant cost savings
 
Reduced pollutant emissions
 
Example: Toyota Yaris (2018)
 
Even in vehicles with already acceptable emission levels, OWV.one improved performance and further reduced gas emissions, demonstrating that the device provides measurable results in every installation.
 
Toyota Yaris vehicle gas test year 2018: This vehicle had a very acceptable gas level before implementation, but our device still managed to improve those values! 
 
Before  OVER WHEELS  implementation :  Test at 2500 RPM and Test at Idle 

                                                                                                     

 

After OVER WHEELS  implementation  :  Test at 2500 RPM and Test at Idle 

                                                                                                   

 

Dynamometer Test ( PAR ): Toyota Yaris 2018 

The Toyota Yaris (2018) underwent a dynamometer test to evaluate the performance impact of the OVER WHEELS device. The test results clearly demonstrate the improvement in torque and fuel mixture efficiency after installation.

  • Test Details:
  • RPM range: up to 4,204
  • Blue line: results before OVER WHEELS installation
  • Red line: results after OVER WHEELS installation

The results show that, with the device installed, the vehicle achieves an optimal LAMBDA value, ensuring a more precise fuel-air mixture and improved combustion efficiency.

 

  •  Torque Results:

  • Before installation (Blue line): 95.34 lb-ft
  • After installation (Red line): 97.44 lb-ft      

 

This demonstrates a gain of 3 lb-ft in torque, reflecting improved engine efficiency and performance. The test confirms that OVER WHEELS enhances power delivery while optimizing fuel consumption.

Click on the images to see enlarged versions and appreciate the difference between before and after installation.

 

 

 

 

Dynamometer Test: Power Output – Toyota Yaris 2018 

The Toyota Yaris (2018) underwent a dynamometer test to evaluate the power improvements achieved with the installation of the OVER WHEELS device. The test clearly demonstrates enhanced performance and improved fuel mixture efficiency.

Test Details:

  • RPM range: up to 5,687
  • Blue line: results before OVER WHEELS installation
  • Red line: results after OVER WHEELS installation

 

The results show that the device helps the vehicle maintain an optimal LAMBDA value, ensuring a better fuel-air mixture and more efficient combustion.

 Power Results:

  • Before installation (Blue line): 95.84 units of power
  • After installation (Red line): 98.84 units of power

 

This demonstrates a gain of 3 units of power, confirming that OVER WHEELS enhances engine output while optimizing fuel consumption.

Click on the images to view enlarged versions and clearly observe the difference between before and after installation.

 

Important considerations to keep in mind:

 
After installing the OVER WHEELS device on your vehicle, the power will increase depending on the engine's conditions and technology.
 
The example test we present on the dynamometer corresponds to a 2018 Toyota Yaris with a 1.8L VVT-i engine. 
 
Concepts to consider according to your vehicle's technology:
 
The power of an electric vehicle is generally measured in horsepower (hp) or kilowatts (kW),
Miles per hour are used to measure efficiency, which is expressed as miles per kilowatt-hour (mi/kWh), an equivalent to miles per gallon (mpg) for gasoline cars.
 
Power
  • Kilowatts (kW): This is the standard unit for the power of an electric motor. It refers to the rate at which the motor generates or consumes power.
  • Horsepower (hp): This is another common unit of power. It can be converted from kilowatts by multiplying by approximately 1.34 (1 kW ≈ 1.34 hp).
  • Motor Power Calculation: The power of an electric motor can also be calculated by multiplying the voltage by the current (P = V × I) to obtain watts, and then converting to kilowatts.
 
Efficiency (Miles per Kilowatt-hour)
  • What is it?: It measures how many miles a vehicle can travel with one kilowatt-hour of battery energy.
  • How is it calculated?: Divide the vehicle's total range in miles by its battery capacity in kilowatt-hours (kWh).
  • Example: A vehicle with a range of 280 miles and a 77 kWh battery has an efficiency of approximately 3.6 mi/kWh (280 div 77 ≈ 3.6).
  • Performance indicator: A higher mi/kWh figure indicates a more efficient vehicle. 

 

Tests of the same route in a Toyota Yaris vehicle model 2018
 
Before-and-after results of the implementation of OVER WHEELS, as reported by the scanner during the tour. 
 
Before 

 Parameter

  Value          Unit 
Average Gas Consumption  10.9  KM / L
Gasoline consumed volume  1.1  Km
 Distance traveled 12.0 Km 

 

After 

  Parameter

  Value          Unit 
Average Gas Consumption  14.4  KM / L
Gasoline consumed volume  0.7 Km
 Distance traveled 12.0 Km 
 

 

Photos of the installation of the device, before and after OVER WHEELS:  (click on the images to see them enlarged)

                                                              

 

(Read more , Tests and Results)