The file '7W Night Vision Camera Rotator V2 (with Remote Control) — 7W Nachtsicht Kamera Rotator V2 (mit Fernbedienung) 3D Printer Model' is (ino,stl) file type, size is 546.1KB.
Since I didn't like the manual adjustment of my old night vision telephoto lens camera ( https://www.thingiverse.com/thing:3422950 ), here is my new 9g servo driven version!
The system can still be equipped with an 8x or 12x telephoto lens, and has a pan and tilt control...
I use this system to observe a few magpies (cool birds) on ~ 200m/600feet in their tree...
Features:
Schematic and INO file added!
Shopping list:
Cam-Rotator:
Cam:
If you need a power supply to provide the 6V: https://www.thingiverse.com/thing:2963121
By the way, the camera in the video is powered by this system: https://www.thingiverse.com/thing:3524121
Have fun, like, and share your makes...
SG
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Da mir das manuelle Einstellen bei meiner alten Nachtsicht Teleobjektiv Kamera nicht gefallen hat ( https://www.thingiverse.com/thing:3422950 ), folgt hier nun meine neue 9g Servo getriebene Version!
Das System kann nach wie vor mit einem 8x oder 12x Teleobjektiv ausgestattet werden, und hat eine pan und tilt Steuerung...
Ich benutze dieses System, um ein paar Elstern (was für coole Vögel) auf ~ 200m/600feet in ihrem Baum zu beobachten.....
Features:
Schaltplan und INO Datei hinzugefügt!
Einkaufsliste:
Cam-Rotator:
Cam:
Falls ihr eine Stromversorgung benötigt um die 6V bereit zu stellen: https://www.thingiverse.com/thing:2963121
Die Kamera im Video wird übrigens von dieses System mit Strom versorgt: https://www.thingiverse.com/thing:3524121
Habt Spass
SG
https://youtu.be/BWQNUu5PdWE
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CODE (there is also a ino file):
########################################################################
/* PAN/TILT CAM Rotator by LTO
24.04.2019
*/
Servo servoPAN; // Objekt Servo PAN erstellen
Servo servoTILT; // Objekt Servo Tilt erstellen
int pinPAN = 0; // analoger PIN POTI PAN
int pinTILT = 1; // analoger PIN POTI TILT
int valPAN; // Variable PAN
int valTILT; // Variable TILT
void setup() {
servoPAN.attach(9); // Servo PIN9
servoTILT.attach(10); // Servo PIN10
}
void loop() {
valPAN = analogRead(pinPAN); // Poti auslesen
valTILT = analogRead(pinTILT); // Poti2 auslesen
valPAN = map(valPAN, 0, 1023, 0, 180);
valTILT = map(valTILT, 0, 1023, 0, 180);
servoPAN.write(valPAN); // Servo auf gewünschte Position setzen
servoTILT.write(valTILT);
delay(25);
}
(you have to add a # before include)
########################################################################
Cam_pan-tilt_lto_v1.ino | 820.0B | |
cam_rotator_c.stl | 1.4MB | |
cam_rotator_poti_case.stl | 187.8KB | |
cam_rotator_poti_case_x_knob.stl | 235.4KB | |
cam_rotator_poti_case_y_knob.stl | 228.0KB | |
cam_rotator_v1_a.stl | 936.9KB | |
cam_rotator_v1_cable-tower.stl | 163.2KB | |
cam_rotator_v1_tilt_a.stl | 441.5KB | |
cam_rotator_v1_tilt_a1.stl | 451.2KB | |
cam_rotator_v1_tilt_bolts.stl | 93.0KB | |
cam_rotator_v1_tilt_bolts_b.stl | 314.0KB | |
cam_rotator_v1_tilt_bolts_c.stl | 144.7KB | |
cam_rotator_v1_tilt_camera_mount_a.stl | 224.2KB | |
cam_rotator_v1_tilt_servo_adapter.stl | 278.7KB | |
cam_rotator_v1_tilt_servo_mount_a.stl | 163.4KB | |
cam_rotator_v1_tilt_servo_mount_a1.stl | 144.6KB | |
cam_rotator_v1_washer.stl | 73.4KB | |
cam_rotator_v1_Zero_enclosure_a.stl | 259.7KB | |
cam_rotator_v1_Zero_enclosure_b.stl | 150.6KB | |
cam_rotator_v1_Zero_enclosure_c.stl | 228.9KB | |
RPI_CAM_TELEPHOTO.stl | 166.0KB | |
RPI_CAM_TELEPHOTO_7w_IR_torch.stl | 31.3KB | |
RPI_CAM_TELEPHOTO_7w_IR_torch_adapter.stl | 171.6KB | |
RPI_CAM_TELEPHOTO_7w_IR_torch_b.stl | 77.1KB |