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Toilet Bowl partial resolution
- Thread starter Ana Rosa
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- Jul 5, 2016
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- Joined
- Jul 5, 2016
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There's my same problem ...you can't have that yaw increasing while it's still. That's the cause of the toilet bowl. What's the firmware you are running ?
Your toilet bowl started exactly at 58 secs. Which is about right where mine starts. Next time disable gps and it will stabilize for landing purposes so you dont do physical damage.
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That's the latest, my next step is to try to revert back to the old firmware and see if the problem goes away.
If it doesn't it's internal hardware if it does its the firmware
Has anybody found out if it's the update that's causing the dunny effect, if it is I won't bother with the update.
We will soon. I doubt it through I think it's a hardware issue. Yuneec would have fixed it quick if it was firmware. Think of the expense and all the dissatisfied customers that ship their product for repairs and get it back flying in circles weeks later.
What's interesting is that in all the repair threads for the issue there is not one single clear solution to such a common failure.
I bet there are little gremlins in the gyro!
FYI
As it attempts to set itself as a competitor to the very popular and advanced DJI Phantom 4 drones, Yuneec Typhoon H birds have had to endure a fair bit of scrutiny of their features and capabilities. And they have not held up well.
One of the most important considerations that pilots usually take into consideration in any DJI Phantom 4 comparison is the inertial measurement unit (IMU), a variable that is meaningless to most people but incredibly important to any drone pilot or reviewer. The IMU is what makes it possible for the Phantom 4 to wait with maximum stability for the commands of the pilot without moving under any conditions.
This is remarkable technology.
An IMU is a sensor that collects flight data. The data is then used to improve flight safety. The unit includes accelerometers and gyroscopes.
Accelerometers detect non-gravitational acceleration for every single one of the three axes of the drone, up/down, left/right, forward/back.
In turn, the gyroscopes measure orientation and rotation and do this within a 3D spinning wheel. In this wheel, each spin axis moves independently from the outer frame while magnetometers. In addition, magnetometers help calibrate against orientation drift.
The Phantom 4’s dual IMU system for built-in redundancy and optimal performance puts it at the forefront of UAV drone manufacturers. The IMU senses movement by measuring angular velocity and linear acceleration and can prevent undesired motion.
Basically, the IMU allows the Phantom 4 to counteract movements at the same force in the opposite direction, keeping it stationary.
Corrections are so swift that the naked eye often cannot detect them.
Other drones, including Yuneec birds, don’t have the same responsiveness, even such models as the Typhoon H that are branded as competitors to the Phantom 4.
At the end of the day, the DJI vs Yuneec comparison is not a real contest.
As it attempts to set itself as a competitor to the very popular and advanced DJI Phantom 4 drones, Yuneec Typhoon H birds have had to endure a fair bit of scrutiny of their features and capabilities. And they have not held up well.
One of the most important considerations that pilots usually take into consideration in any DJI Phantom 4 comparison is the inertial measurement unit (IMU), a variable that is meaningless to most people but incredibly important to any drone pilot or reviewer. The IMU is what makes it possible for the Phantom 4 to wait with maximum stability for the commands of the pilot without moving under any conditions.
This is remarkable technology.
An IMU is a sensor that collects flight data. The data is then used to improve flight safety. The unit includes accelerometers and gyroscopes.
Accelerometers detect non-gravitational acceleration for every single one of the three axes of the drone, up/down, left/right, forward/back.
In turn, the gyroscopes measure orientation and rotation and do this within a 3D spinning wheel. In this wheel, each spin axis moves independently from the outer frame while magnetometers. In addition, magnetometers help calibrate against orientation drift.
The Phantom 4’s dual IMU system for built-in redundancy and optimal performance puts it at the forefront of UAV drone manufacturers. The IMU senses movement by measuring angular velocity and linear acceleration and can prevent undesired motion.
Basically, the IMU allows the Phantom 4 to counteract movements at the same force in the opposite direction, keeping it stationary.
Corrections are so swift that the naked eye often cannot detect them.
Other drones, including Yuneec birds, don’t have the same responsiveness, even such models as the Typhoon H that are branded as competitors to the Phantom 4.
At the end of the day, the DJI vs Yuneec comparison is not a real contest.
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