Differences

This shows you the differences between two versions of the page.

--- public:instantflymanual [2023/12/12 18:23] – laurin
+++ public:instantflymanual [2024/12/09 18:01] (current) – ↷ Page moved from internal:public:instantflymanual to public:instantflymanual admin
@@ Line 29: / Line 29: @@
-=====LiPo / LiIon Batteries and LiPo / LiIon Safety=====
+=====Battery Information=====
-Our equipment relies on LiPo and/or LiIon Batteries for power. While these advanced battery technologies allow us to operate high-powered devices, it's important to handle and use them cautiously to prioritize everyone's safety.
+Our Drones and equipment rely on LiPo and/or LiIon Batteries for power. While these advanced battery technologies allow us to operate high-powered devices, it's important to handle and use them cautiously to prioritize everyone's safety.
 LiPo is short for lithium polymer battery, while LiIon represents lithium ion battery.
-LiPo batteries function between 3.2v (empty) and 4.2v (fully charged), and LiIon batteries operate within a range of 3.1v (empty) to 4.1v (fully charged).
+LiPo batteries function between 3.2v (empty) and 4.2v (fully charged), and LiIon batteries operate within a range of 3.1v (empty) to 4.1v (fully charged). Discharging beyond these limits destroys the battery beyond repair. For safety, it's crucial never to leave a LiPo or LiIon battery charging unattended. Regularly inspect your batteries for any physical damage, such as bent or swollen cells, or any unusual odors.
-For safety, it's crucial never to leave a LiPo or LiIon battery charging unattended. Regularly inspect your batteries for any physical damage, such as bent or swollen cells, or any unusual odors.
+=====Battery charger=====
-=====M6D Battery charger=====
+{{:public:toolkitrc_m6d_charger_1_medium.jpg?400|}}
-{{:public:toolkitrc_m6d_charger_1_medium.jpg}}
 The ToolkitRC M6D charger is a remarkably compact and robust charger compatible with various battery types. It allows simultaneous charging of two batteries. Prior to charging, it's essential to select the correct battery type (LiPo or LiIon) and charge current from the menu. The number of cells is automatically detected when a battery is connected. Together with the M6D charger a 180W power supply is provided. This should be used to power the charger from a 220V power outlet.
@@ Line 55: / Line 53: @@
 As a bonus, the M6D could also be powered by a big 12V "field battery" to charge your flight batteries on the go. Usually big LiIon battery packs are best for field batteries as their capacity / weight ratios are high.
+=====Remote controller=====
+The stock configuration for TBS Tango 2 and Radiomaster TX16S is according to the following pictures.
+{{:public:tango2_manual_modes.jpg?400|}} {{:public:manual_funke_belegung.jpg?400|}}
-=====Binding your DJI Goggle=====
+If you want to change the function of the buttons on your remote controller please check our [[public:bnfmanual|BNF manual]] for instructions.
-  - Turn on your DJI Goggle
-  - Connect the battery to your BNF model. Only do this with props removed or a smokestopper.
-  - Wait until the green LED appears on the DJI VTX.
-  - Press the red button on your DJI Goggle twice. It should beep twice every second.
-  - Press the button on the DJI VTX. The goggle confirms the binding by beeping twice.
-{{:public:dji-goggle-_3_.jpg?300|}}
-{{:public:dji-fpv-air-unit.jpg?300|}}
-{{:public:caddx-unite-vista-hd-vtx.jpg?300|}}
-=====Change Flight Modes=====
-The Stock configuration of our BNFs is made for TBS Tango 2 with the following switch assignments.
-{{:public:tango2_manual_modes.jpg?400|}}
-If you want to change the function of the buttons on your remote controller you need to assign AUX channels to each flight mode. This can be done within Betaflight.
-  - Connect the drone via USB port of the flight controller to your computer
-  - launch Betaflight configurator
-  - Connect to the correspondent port
-  - Navigate to "Modes" tab
-  - Choose AUTO for the mode in question and press the corresponding button on your TX
-  - Dont forget to hit save!
-{{:public:bildschirmfoto_2022-11-05_um_11.07.22.png?400|}}
 ==IMPORTANT==
-For all models that support GPS rescue: The GPS rescue should not be activated if you are within 100m of the starting point. If the drone is within 100m radius of the starting point and GPS rescue is activated, the drone will drop form the sky. Only activate GPS Rescue manually if the drone is more than 100m away from its starting point.
+For all models that support GPS rescue: The GPS rescue should not be activated if you are within 100m of the starting point. If the drone is within 100m radius of the starting point and GPS rescue is activated, the drone will drop form the sky. Only activate GPS rescue manually if the drone is more than 100m away from its starting point.
-=====Change Rates=====
-Rates affect the flight feel and determine the maximum speed of rotation around each axis for your drone. Our presets allow smooth and cinematic flight, but it is a good idea to experiment with the rates on order to find your personal settings.
+=====Tool Set=====
-  - Connect the drone via USB port of the flight controller to your computer
-  - launch Betaflight configurator
-  - Connect to the correspondent port
-  - Navigate to "PID" tab
-  - Swap to "Rateprofile settings" tab
-  - Adapt the parameters to your needs
-  - Dont forget to hit save!
-{{:public:bildschirmfoto_2022-10-11_um_22.25.45.png?400|}}