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Home > Product > Radios > Detrum Smart Blitz DT9 blue transmitter with Sr86A-G Autopilot Receiver

Detrum Smart Blitz DT9 blue transmitter with Sr86A-G Autopilot Receiver

Product Description:

Customer Reviews:

Read reviews: (3290)

Where to buy:

FlyFan Store

USA Buyer

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 Simple and Powerful, Detrum Blitz DT9 is a 2.4GHz 9-channel smart transmitter with telemetry and programing capabilities. With one transmitter, you can take the full control of your flying from all aspects, whether it is ESC settings, gyro receiver programming, BNP with various types of receivers or wireless training.with full telemetry function,the blitz Dt9 can receive temperature , altitude,GPS,voltage,current and telemetry data ,to keep you motre connected to your flying than ever before  ,The blitz DT9 also works with all  detrum stablizter receiver and back the telemetry data

Experience the latest Detrum Blitz!

KEY FEATURES

9 fully-proportional channels

Model type: airplane, helicopter, multi-rotor, and glider

Ÿ—Frame rate: 2.6ms

Ÿ—Can store up to 250 models

—ŸSynthesized voice broadcasting

Ÿ—Vibration alert for alarm conditions and low battery

Ÿ—Trainer system

Ÿ—High resolution 192*96 backlit LCD screen

Ÿ—Dual antenna diversity

Ÿ—Multiple flight mode settings

—ŸTelemetry

—Ÿ4 stick modes

Fail-safe

Ÿ—Audio interface

Ÿ—Set the programming parameters of ESC online by this transmitter

Ÿ—Set the programming parameters of stabilized receiver online by this transmitter

—ŸSD card support for backing up files, firmware update, and import/export model data

—Ÿ3-position switches: 6

Ÿ—2-position switches: 1

Ÿ—Momentary switches: 1

Knobs: 2

—ŸThumbwheels: 2

Ÿ—Digital trims: 6

—ŸRoll the scroll wheel to move through the screen content or change programming values. Press the scroll wheel to make a selection

Ÿ—End point adjustment

Ÿ—Sub Trim adjustment

Ÿ—Channel monitoring

Programmable mixes

—Ÿ7.4V 3000mAh Li-Po rechargeable battery

—ŸCharge online

Ÿ—Superior ergonomics that fit the way you fly

Ÿ—The stick lever tension can be adjusted

Ÿ—4096 high section precision sticks

2 timers


Airplane

Servo delay

Throttle hold

Programmable mixings

Ÿ—Throttle to Balance mixing

Ÿ—Veer to Elevator mixing

Ÿ—V-tail mixing

Ÿ—Delta mixing

Ÿ—Flaperon mixing

Ÿ—3 tail types: normal, V-tail, and delta

Ÿ—9-point elevator curves

Ÿ—9-point throttle curves

Ÿ—9-point rudder curves

Ÿ—9-point aileron curves

 

Helicopter

Ÿ—Servo delay

Ÿ—Throttle hold

Swash mixing

Ÿ—9-point elevator curves

Ÿ—9-point throttle curves

Ÿ—9-point rudder curves

Ÿ—9-point aileron curves


Specifications

Number of Channels

9

Modulation / Protocol

DSSS&FHSS

Band

2.4GHz

Frame Rate

2.6ms

Telemetry

Yes

Voice Alerts

Yes

SD Card Support

Yes

Upgradeable Firmware

Yes

Trainer System

Yes (both wired and wireless)

ESC Parameter Setting Support

Yes

Stabilized Receiver Setting Support

Yes

Black Box

Yes

Built-in Charging Module

Yes

Battery

7.4V 3000mAh Li-Po (included)

Charging Voltage

DC 12V/1.5A

Consuming Current

< 300mA

Size

204×246×122mm

Net Weight

693g (without battery) /834g (with battery)


SR86A-G smart receiver with GPS

Features

 

Return Home

Adding path control based on the auto-recovery mode, it allows the airplane to automatically plan the path, lead the airplane back to the starting point. Height is controllable during the return flight. You can exit the return mode at any time by waving the return switch, supporting one-button return and signal loss return.

Main Control IC

32-bit high-performance ARM core processor, 6-axis MEMS gyro chipset

Control Algorithm

Original airplane attitude stabilization algorithm and control algorithm. Support normal wing, fly wing, V-tail airplanes, and 3D planes.

Flight Mode

Four flight modes: Gyro off, Normal, Aerobatic, and Auto-Recovery (Auto Balance). You can switch between different modes by the toggle switch.

Adjusting the Gain

Set the gain and other programmable items with matched transmitter.

High Sensitivity

SR86A adopts 2.4GHz direct sequence spread spectrum (DSSS) and multiple frequency-hopping (FHSS) technologies, having high receiving sensitivity and strong anti-interference capability.

Diversity Antenna

By using diversity antenna, combined with the signal detection and switching algorithm, the receiving signal is stable and reliable.

Unique ID Code

Once the binding is made, the ID code is stored in the receiver and no further binding is necessary after restarting the receiver.

Output Signals

8-channel PWM

Specifications

Channels

8-channel

Sensor

6-axis gyro

Sensitivity

-97dBm

Output

PWM (71Hz)

Transmission Range

More than 1,000 meters on the ground,   more than   1,600 meters in the air

Input Voltage

3.6V ~ 16V

Size

42.3mm*31mm*13.1mm

Weight

14g

Compatible Products

Gavin 8c ,Blitz DT9

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SR86A-G Quick Start Guide

Read the following text to help you quickly use the SR86A-G

 

1 Installation

Choose one of the following installation directions according to the internal structure of the aircraft. Firmly fit into the fuselage with double-sided tape (Fuel aircraft need to use shock absorption measures). Connect each channel and connect the GPS module.

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The end of the small triangle icon on the GPS plug corresponds to the lower right corner.

2debug

Connecting battery, bind transmitter and SR86A-G, wait until the initialization is complete after binding. (When the LED on SR86A-G start fast green flashing, it is initializing, the plane needs to remain stationary, after about 2 seconds, the LED is always green).Turn on Blitz-DT9, In the Function Set – Airplane Gyro menu, Item 1 is the selection mode switch, corresponds to the three modes required by the aircraft. Item 5 sets the installation direction. Item 6 Selects Aircraft Type. Items 7 and 8 set the position of the mode switch and return switch for personal habits (Take care to avoid repeating with other switch such as the landing gear, flaps, etc.).

(GAVIN 8C set switch in the function menu AUX2 (mode), AUX3 (return))

 

Turn the mode switch to Auto-Recovery Mode or normal mode (stabilization). Take the airplane and move it as indicated in the figure below. Observe whether the control of the rudder surface is as shown. If the direction is opposite, please enter Airplane Gyro menu to adjust the corresponding sensitivity direction to achieve the same as the figure, then we can start to fly.

 

Pick up the plane as shown in the direction of the roll motion to observe whether the aileron action is as shown

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Pick up the plane as shown in the direction of the pitching motion to observe whether the flat tail motion is as shown

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Take the plane as shown in the yaw motion to observe whether the vertical tail motion of the aircraft is as shown in the figure.

Note: In the normal (stabilized) mode, we can observe the vertical tail movement, and in the Auto-Recovery mode, the airplane has no vertical tail movement.

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3 test flight

Observe the GPS satellite lock icon in the DT9 monitoring menu, if the icon is unlocked, it means searching for positioning, if the icon is locked, it means that the location is locked to the home point. We can take off at any time.

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For the first test flight, we take off in manual mode (gyro off mode). We can switch to normal mode to flight for a moment after rising to high altitude, if there is no abnormality, we switch to Auto-Recovery Mode to flight. Observe whether the aircraft can maintain a stable attitude, altitude, and direction. After the Auto-Recovery Mode is normal, we can dial the return switch, the plane will return home and hover. If the aircraft is too flexible or slow in the Auto-Recovery Mode or return mode, please enter the sensitivity adjustment menu to adjust the sensitivity slightly. And test again to achieve perfect control of the aircraft by SR86A-G

 


 

 

 

 

 

 




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