This transmitter is a perfect solution for FPV flying when the weight and size matter. By using the 5.8GHz band, it will allow you to fly without worrying about interference with radio controls that are at 2.4GHz.

Titanium screw M3x10. Titanium advantages: lighter than steel stronger stainless These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the MikroKopter magnetometers.

Titanium screw M3x30. Titanium advantages: lighter than steel stronger stainless These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the MikroKopter magnetometers.

Titanium screw M3x35. Titanium advantages: lighter than steel stronger stainless These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the MikroKopter magnetometers.

Titanium screw M3x45. Titanium advantages: lighter than steel stronger stainless These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the MikroKopter magnetometers.

Titanium screw M3x8. Titanium advantages: lighter than steel stronger stainless These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the MikroKopter magnetometers.

Titanium screw M3x8. Titanium advantages: lighter than steel stronger stainless These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the MikroKopter magnetometers.

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal screws in Titanium, black color (button head). These titanium screws are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the embedded magnetometers. Titanium advantages: lighter than steel stronger stainless

Hexagonal TITANIUM nut. Titanium advantages: lighter than steel stronger stainless These titanium nuts are stronger than their equivalent in steel and 50% lighter. Additionally they are non-magnetic. In other words, they do not accept or accumulate magnetic field, so do not interfere with the MikroKopter magnetometers.

10 ways female connector. This connector, combined to the 10 ways ribbon cable, allows you to create wiring between the Flight-Ctrl and the Navi-Ctrl or the EPI-OSD, the SMART-OSD ect.

High discharge and lightweight Lithium Polymer battery pack, especially usefull for powering the on board FPV material.