How Smart eBike Kits Use Drone Technology
Drones are fascinating pieces of technology. They are able to fly and operate autonomously using software-controlled flight plans in conjunction with onboard sensors and a global positioning system (GPS). But how do they know where they are? How do drones use location technology? And how is this technology being used in e-bike kits?
In this article, we will answer those questions and provide an overview of how smart e-bike kits are using location technology and motion sensors to improve the e-bike users’ experience.
1. How do drones know where they are?
Drones use GPS to determine their location. GPS is a satellite-based navigation system that provides precise positioning information to drones. This information is used by the drone’s onboard computer to calculate the drone’s position, velocity, and attitude (the orientation of the drone in three-dimensional space). In order for GPS to work, the drone needs to have a clear view of the sky so that it can receive signals from GPS satellites.
Drones also use other onboard sensors to supplement the information provided by GPS. These sensors include gyroscopes, accelerometers, and magnetometers. Gyroscopes measure the angular velocity of the drone (how fast it is rotating around its axis). Accelerometers measure the linear acceleration of the drone (how fast it is moving in a straight line). Magnetometers measure the strength and direction of the Earth’s magnetic field. This information is used by the drone to calculate its heading (the direction it is pointing in), which is necessary for navigation.
Now that we know how drones determine their location, let’s take a look at how this information is used to fly and operate the drone.
2. How do drones use motion sensors and gyroscopes to fly and operate?
Drones use a combination of GPS and onboard sensors to fly and operate. The GPS is used to determine the drone’s position, velocity, and attitude. The onboard sensors are used to supplement the information provided by GPS and to calculate the drone’s heading. The angular velocity of the drone is measured by gyroscopes. The acceleration of the drone is measured using accelerometers. Magnets are used to determine the strength and direction of the planet’s magnetic field. Taken combined, this information is used by the drone to navigate effectively.
Smart eBike Kits
Can you see how e-bikes could use similar technology to adjust their power to your ride? That’s exactly what smart ebike kits now do. Smartfit ebike kits use the hardware from drones to remove the need for pedal sensors and brake sensors.
The smartfit ebike conversion kits include:
- Induction braking system
- 6 high-sensitivity speed-measuring magnets
- 6-axis gyroscope
- Incline degrees detection
- GPS location data for anti-theft tracking
The really smart part comes with the onboard computer understanding all the information available and adjusting the power to provide a smooth ride. So read on.
3. How do smart ebike kits use algorithms to adjust their power?
Drones use the information from the GPS and onboard sensors to inform the drone’s flight control system to keep the drone stable in flight and navigate to its destination. Similarly, smart e bike conversion kits incorporate an onboard computer system that runs highly-sophisticated software that controls the power assistance of the battery. This software uses algorithms (a set of instructions) to process the information from the gyroscope, magnets and sensors and determine how to assist your ebike ride.
The algorithms used by the ebike control system are constantly being updated and improved. This is possible as learning is constantly being updated with data to improve the riding experience. There are many factors that need to be taken into account, such as bike weight, rider weight, speed, incline and braking.
Summary
Drones use GPS to determine their location and onboard sensors like gyroscopes, accelerometers, and magnetometers to supplement the information provided by GPS.
Smart ebike kits use similar technology to drones to navigate and provide power assistance. Onboard computers use algorithms to process information from gyroscopes, magnets and sensors to determine how much power to provide. These algorithms are constantly being updated and improved with data to improve the riding experience. Factors such as bike weight, rider weight, speed, incline and braking are taken into account.
Our smart e-bike conversion kit with battery provide a smooth ride by using motion and onboard sensors to navigate and determine the power assistance needed.
Do you have any questions about how electric bike kits use location technology?
