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--- public:cityflitzer-bnf-manual [2024/10/05 18:00] – laurin
+++ public:cityflitzer-bnf-manual [2024/12/09 18:01] (current) – ↷ Page moved from internal:public:cityflitzer-bnf-manual to public:cityflitzer-bnf-manual admin
@@ Line 1: / Line 1: @@
-====== CinematiX360 BNF Manual ======
+====== Cityflitzer BNF Manual ======
-{{:cityflitzer_sls_1.jpg?600|}}
+{{:public:cityflitzer_sls_1.jpg?600|}}
 ===== General Information =====
@@ Line 12: / Line 12: @@
-==== DJI O3 naked Information ====
+==== DJI O3 Naked information ====
 The DJI O3 in the Cityflitzer is stripped down to its 'naked' form to minimize weight and maximize performance. However, this setup can lead to increased heat buildup when stationary. To prevent overheating, avoid prolonged idle time before takeoff. Once airborne, the airflow will effectively cool the air unit.
 For smooth, high-quality footage, we strongly recommend following the 90° shutter rule when configuring the O3 camera. In bright, sunny conditions, ND filters are essential to maintain optimal performance. Each BNF Cityflitzer comes with a set of ND filters included.
+{{:public:CF_manual-7.jpg?400|}}
+{{:public:CF_manual-8.jpg?400|}}
 ==== Lipo information ====
-The CityflitzerBNF is meant to be powered by either 4s 650mAh or 4s 850mAh LiPos. Bonka Tattu 4s 650 fit inside the 3d printed battery slots. The 3D Print can be changed easily by loosing the following 4 screws (two on the bottom, 2 on the XT30 power connector.
+The Cityflitzer BNF is designed to be powered by either 4S 650mAh or 4S 850mAh LiPos, with Bonka and Tattu batteries fitting perfectly into the 3D-printed battery slot. The slot is also easy to swap out—simply loosen the two screws on the bottom and two more on the XT30 power connector for a quick change.
-{{:public:360_feature_10.jpg}}
+{{:public:CF_manual-5.jpg?400|}}
+{{:public:CF_manual-6.jpg?400|}}
-==== Landing gear mechanics information ====
-The Landing gear is designed to protect the lens for scratches while being retractable to allow free camera view. The mechanism is mechanically supported to allow bumpy landings, it is however not designed as a crash protection. It is also recommended to avoid continuous operation of the servo mechanism to limit servo heating when not in flight.
 ===== Before the first flight =====
-==== Mounting the 360 camera into the frame ====
+==== Removing the Hood ====
-  * Remove 4 m2 button head screws on the 3D printed camera cover on the bottom side of the Drone.
-  * Remove the cover from the Drone
-  * Push in the 360 camera for proper sitting in the counterpart
-  * Put the 3D printed cover back in its place and tighten the 4 screws.
-  * Connect the USB C connector in the back to power the camera.
-{{:public:360_feature_12.jpg}}
+To remove the Hood, remove the 4 lowest screws that hold the pod together (2 on each side). The hood will then pop away. Make sure to put the standoffs in the slots before reassembly to make sure all screws can be tightened properly.
+{{:public:CF_manual-1.jpg?400|}}
+{{:public:CF_manual-10.jpg?400|}}
 ==== Binding your Remote Controller ====
-The CinematiX 360 receiver is located on the outside of the main camera holder. For binding follow this procedure:
+The Cityflitzer receiver is located under the hood. You can enter bind mode through the "Bind" button in betaflight receiver tab or you can open the hood to manually access the bind button.
   * Power on your transmitter.
   * Enter Bind mode on your transmitter.
   * Power up the drone's receiver. USB power might suffice, or connect the battery (without propellers).
-  * Press the bind button on the Crossfire receiver within 20s of powering the RX.
+  * Press the bind button on the Crossfire receiver within 20s of powering the RX (alternatively the bind mode can be activated in betaflight RX tab)
   * Confirm the bind procedure on your TX.
 {{:public:crossfire_nano_rx.jpg?400|}}
-{{:public:360_feature_4.jpg?400|}}
+{{:public:CF_manual-3.jpg?400|}}
 Adjust channel mapping in the receiver tab based on your transmitter. Typically, changing from TAER to AETR (or vice versa) aligns channels with stick axis.
@@ Line 81: / Line 78: @@
 {{:public:dji-goggles-2.jpg?400|}}
-{{:public:dji_o3_bind.button.jpeg?400|}}
+{{:public:CF_manual-4.jpg?400|}}
-==== Landing gear Setup ====
-The landing gear can be retracted with a switch on your remote controller. The Servo is connected to the flight controller and mapped to RX AUX Channel 3. You can change the channel to your preferred switch in the Servo tab in Betaflight configurator.
 ===== Change Rates =====