Eachine TYR079 Drone Quick Start Guide

: June 8, 2024
: Eachine

Table of Contents

Package included:
1.0 Frame kit
2.0 Motor
3.0 ESC
4.0 Flight controller
Main control chip: STM32F411
5.0 Switchable VTX
5.0 Switchable VTX
STATX: status information
5.0 Switchable VTX
6.0 Camera
7.0 Screws
8.0 Adjusting parameter
8.0 Adjusting parameter
9.0 Motor Unlock/lock
10.0 Traversing flight
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Eachine TYR079 Drone Quick Start Guide

a close up of a toy

Package included:

1 x 140mm racing frame kit
2 x 1607 2800KV brushless motor CW
2 x 1607 2800KV brushless motor CCW
1 x 4 IN 1 20A BLHeli_S ESC
1 x Customized F4 flight controller
1 x 700TVL CMOS camera
1 x 5.8G 40CH 0mw/25mw/200mw switchable VTX
2 x 3030 4-blade propeller CW
2 x 3030 4-blade propeller CCW

diagram

1.0 Frame kit

Wheel base: 140mm
Bottom plate thickness: 3mm
Side plate thickness: 1mm
Frame kit material: 3K carbon fiber & 6065 aluminium
a close up of a logo

2.0 Motor

KV: 2800KV Configu- ration: 9N/12P
Lipo cell: 2-4S Mounting holes distance: 12*12mm
Weight: 17.8g (includes wires) Mounting holes: φM2
Output shaft length: 14mm Bearing: NSK
Maximum pull: signal 630g N52 Strong NdFeB Magnet
(4S 3030 4-blade propeller) Recommend propeller: 3 inch
Maximum power: 350W

diagram, engineering drawing

3.0 ESC

Continuous current: 20A
Peak current: 25A (10S)
BEC output: no
Input voltage: 2-4S
Main control chip: 48mhz EFM8BB2
Firmware upgrade: Supports Dshot600/BLHeli_S/Oneshot125
MOS: 3*3
MOS type: vs3610ae 30v64a

diagram, schematic

4.0 Flight controller

Main control chip: STM32F411

Sensor: ICM20602 6-axis
Integrated OSD
PPM/DSM/IBUS/UAR share: UART1-RX
Mounting holes distance: 20*20mm
Weight: 24g PID circulation rate and refresh rate can up to 32kHz Supports Betaflight/cleanflight/inav firmware
a circuit board
5.0 Switchable VTX

Supports TBS SmartAudio
Transmitting power: 0mW/25mW/100mW/200mW switchable
Channel: 40CH
Full video format: NTSC/PAL
Input voltage: 7V~24V
Power dissipation: +12V/600MW
Size: 25×20×6mm
Weight: ≤3.2g (except antenna) There are two ways to control the frequency and power
of the launches: <1>
Enter the release: FEATURES->VTX SA can enter the following interface. uses remote control to visualize control, as shown in Figure
1.1
a screen shot of a computer
Figure 1

The second row is the status bar, respectively.
F:freestyle modeF5: is now in frequency band F, fifth frequency point.
5820: now has a frequency of 5820.
500: now has a transmit power of 500MW Third lines
BAND: indicates frequency band, and BAND can be modified by remote control.A (BOSCAM A) B (BOSCAM B)
E (BOSCAM E) F (FATSHARK) F (E) Fourth lines
CHAN: represents frequency points, and the 1—8 can be modified by remote control. Fifth lines
(FREQ): indicate the corresponding frequency now, changing with the band and Chan above. Sixth lines
POWER: indicates the transmission power and can be adjusted.

5.0 Switchable VTX

Seventh lines
SET: Enter and select YES to confirm your BADN, CHAN, POWER settings and take effect immediately., as shown in Figure 1.2 below
background pattern
Figure 2

Eighth lines
The CONFIG: function is set in, as shown in Figure 1.3 below.
Eachine TYR079 Drone Quick Start Guide
Figure 3

OP MODEL: mode adjustment, with free mode and race mode, needs reboot to take effect.
FSEL MODE: regulates frequency setting mode, CHAN and user, user mode is temporarily invalid.
PIT FMODE:PITMODE mode, with PIR and POR mode.

5.0 Switchable VTX

In the POR mode, POR FREQ: can enter into any frequency between 5300-5900, as shown in Figure 1.4.
a screen shot of a computer
Figure 4

STATX: status information

<2> XMM-VTX is operated by a button with three LED lights (red light CH1-8; blue light BAND1-5; green light power 1-3 <25- 100-200 mW>)and TBS Smart Audio remote control operation. Keyboard operation: Long press 3S (three LED indicators are all on) to open and enter CH switching operation, and the red light will flash, flashing once represents the currentCH1 (2-8 times for CH2-CH8 respectively). At this time, a short press of the key CH plus 1 will flash the corresponding number of times. CH1-8 cycle. Press the button 3S (three LED lights are all on) to open and enter the BANDswitching operation, and the blue light will flash. The flash once represents the current BAND1 (2-5 times for BAND2-BAND5 respectively). At this time, press the button BAND plus 1, and the blue light will flash correspondingly. BAND1-5 cycle. Press the button 3S (three LED lights are all on) again to open the power switching operation, and the green light will flash, one time represents the current power of the first grade (2-3 times for the green light flashing respectively), at this time, press the button power to add one gear, and the green light will flash the corresponding number of times. Power stall 1-3 cycle. Press the button 3S again (3 LED lights are all bright) to release the above settings again. Note that the previous settings will not be saved if the power is off before saving. For example, if CH is only set, it is also necessary to press 3S three times longer to save the settings.Long press button 8S (green light) quit PIT mode.

5.0 Switchable VTX

a close up of many colors

Note: In the remote control, the power of 25 corresponds to the actual 25 mW, 200 corresponds to the actual 100 mW, and 500/800 corresponds to the actual 200 mW.

6.0 Camera

Case size: 19mm*19mm
Weight: 9.5g
Total pixels: PAL: 1020H×596V (0.61MP);
NTSC: 1020H×508V (0.52MP) Effective pixels: PAL: 976H×582V (0.57MP);
NTSC: 976H×494V (0.48MP) Signal system: PAL/NTSC switchable
Resolution ratio(horizontal center): 700TVL
Video output: 1.0Vp-p/75Ω
Automatic gain control: 0.25/0.50/0.75/1.00, up to 55dB
White balance: off
Exposure mode: electron exposure
Electronic shutter: 1/50(1/60) – 1/100000 S
Gamma correction: 0.45/1.0
Synchronization method: inter-sync
Camera lens: standard 2.1mm
Lens operating voltage: DC 5-12V
Working current: 70mA (low power consumption)
Working temperature: -20℃~ – 60℃
Humidity: 0%~98%

7.0 Screws

diagram, schematic

8.0 Adjusting parameter

Click connect connection
Click the RX interface under UART2 under the ports option, as shown in the figure.
Click CONFIGURATIN to change to dshot600.

8.0 Adjusting parameter

Click CONFIGURATIN; change to SBUs
Click modes, add arm and angle, drag the slider between 1300 and 1700, and set arm to AUX1 and angle to aux2
Push the slider to test the positive and negative rotation of the motor, such as error,
Click font manager, select betaflight, click upload font
Click setup, calibrate accelerometer

9.0 Motor Unlock/lock

Put the throttle rocker at the lowest point, move the rudder rocker to the right and keep it for more than 2 seconds. The blue state indicator is always on, that is unlock the motor.

diagram, engineering drawing
Motor lock
Put the throttle rocker at the lowest point, move the rudder rocker to the leftmost side, and the red state indicator is always turned on to lock the motor. At this time, pushing the throttle rocker motor upward will not rotate.

diagram

10.0 Traversing flight

diagram

Flying is more suitable for experienced pilots.
During the flight, please keep the flight within the video receiving range (the actual range depends on the flight environment and weather conditions).
During flight, please avoid crowd, animals and High voltage wires and other obstacles