A two piece frame Carbon Fiber 3K micro quadcopter which, at this scale, offers a near invincible backbone from which to build.
The tiny RX1105 "Gatling" motors are quite simply in a class of their own in regards to performance, size and durability.
Now on to their 6th generation, these super efficient powerhouses are capable of generating massive amounts of thrust.
We
worked with Alex Greves aka 'IBCrazy' to optimize this next generation
of motors to give the maximum thrust with our RX3020 props and some new
to be released props... There is no motor at this size that out performs
these powerhouses!
Our frame mounting configuration will be made
available to purchasers, meaning you can design your own frames to take
advantage of these little beasts.
Perhaps most importantly,
these micro motors are designed to survive even the hardest of crashes,
allowing you to stay in the air longer and have less replacement costs.
- Includes mounting hardware
- Small bullet connectors for easy mounting to RXM20A Esc.
- (4) RX1105 Motors
Props that were designed and made for these motors:
RotorX RX20a 20 Amp ESC's w/Matching Bullets x (4) ESCs
Connectors for RX1105/RX1306 RotorX Motor
Below Pic shows the white shrink wrap stripped off
for weight savings, along with OPTIONAL RotorX Brushless Motor
Esc's were designed and programmed to run best on RotorX motors but can be used with any motor not drawing over 20 amps.
They also come with matching bullet connectors to match RX1105/RX1306 motors.
Makes for a much easier and faster build with minimal weight adde
RX2535 2.5" White Quad Blade Propellers
(Comes with 8 Sets)
**Grey Color shown below**
**White blades shown below**
2.5" quad-blade propellers. Designed for high performance, light-weight micro racing drones
- Central interlocking hub
- Can be used separately as dual blades propellers
- Ideal for RX1105b, RX1102 high KV motors
Bag Includes:
(8) Sets of Props
(16) Prop Screws
(1) RotorX Sticker
NAZE 32 ACRO 6DF REV 5 Flight Controller Board
with Pins and Breakout Cable
PLEASE
NOTE: Includes Straight and Angled Pins and breakout cable as pictured.
Can be configured with BaseFlight or CleanFlight software.At the heart of
the Naze32 is a 32bit ST micro work horse of a processor, with untapped
memory and cpu power and a host of equally impressive sensors. The Naze
is also matched up with some of the nicest GUI programs and features to
get the most out of your configuration.This "ACRO" version does not
include an on-board magnetometer and barometric pressure sensor for
altitude hold and heading hold. See our Naze32 "FULL" version if you
want those extra features.
Features:
- Flexible motor outputs, support various airframe types: Quad/Hexa/Tri/Bi/Y4/Y6/Octo/Camera Gimbal. (Default is Quad-X)
- Up to 8 ch RC input - supports standard receivers (PWM), PPM Sum receiver (FrSky, etc), or Spektrum satellite receivers.
- Built in FrSky telemetry inverter (shared w/main port)
- Battery voltage monitoring
- STM32F103CB 32-bit ARM Cortex M3 processor (72MHz, 3.3V)
- Invensense MPU6050 MEMS accelerometer + gyro
- Built-in Micro-USB for programming/firmware update
- 36x36mm size, ~5 gram weight w/o headers
- Made in JAPAN
- 16V input capable voltage regulators
This Naze32 comes with all needed header pins (straight and right angle options), NOT soldered to the board.
RC input breakout cable is included to allow connecting to 4-channel+ receiver.
Specs:
- 36x36 mm (30.5mm Mounting)
- 5.3 grams (no headers, 7.3 grams with)
- 2000 degrees/second 3-axis MEMS gyro + accelerometer (MPU6050)
- Input voltage: Max 16V on input rail and up to 35V 6s on the voltage sense line
Included:
- Full Naze32 rev5
- 2x5 pin header
- 2x3 pin header (right angle)
- 2x3 pin header (straight)
- 3x6 pin header (right angle)
- 3x6 pin header (straight)
- 1x RC breakout cable
The
Naze32 Acro can be loaded with firmware for MultiWii, BaseFlight, or
CleanFlight and be configured with the corresponding program. By
default the boards are loaded with BaseFlight firmware and can be
configured with the BaseFlight app for Google Chrome.
Download the user manual HERE
Download BaseFlight Configurator for Chrome HERE
Download CleanFlight Configurator HERE
Download MultiWii Configurator HERE
Lemon Rx DSMX Compatible PPM 8-Channel
Diversity Antenna Receiver
Specification:
| Type: |
DSMX Compatible PPM 8-Channel diversity antenna receiver |
| Number of Channel: |
8 (PPM signal) |
| Modulation: |
DSMX Compatible (Also DSM2 backward Compatible) |
| Band: |
2.4 GHz |
| Dimension: |
25(L) x 35(W) x 7(H) mm |
| Weight: |
2.87 grams |
| Voltage Range: |
3.45 - 7.2V
|
Setup Manual:
http://www.lemon-rx.com/shop/index.php?route=information/information&information_id=7
Below
is the quick online reference manual or additional information about
the product. Please download the above pdf for a complete, detailed user
manual.
Highlight
- FailSafe option via press of a button to guranteed the highest level of safety even in the event of RF signal loss
- 3 microprocessors based system to ensure the highest performance available
- Designed especially for Copter high current drain application.
How dual antennas work (showing stabilizer diversity antenna module)
An
independent processor monitors an incoming signal and choose the
appropriate antenna for reception. This allows 2 different location for
installing the antennas along with different orientation. Satellite is
no longer needed for receiver diversity. This greatly reduces weight
with increased overall reliability in comparison to the use of a primary
receiver with satellite receiver.
Understanding the receiver (showing single antenna version)
Setup Instruction
Note: It is highly recommend user to enable FailSafe. Some copters'
controller does not have fail-safe system implemented. At the case
where the quad copter has flown very far away from the transmitter (eg. 2
km away from transmitter for Aerial photography application), RF signal
may have faded due to far distance. FailSafe allows the receiver to
output default signal when signal is lost to keep the quad copter flying
until signal is recovered again.
Binding Setup
1) Plug bind plug to the receiver.
2) Provide power to the unit.
3) Enable bind mode in transmitter and ensure distance separation of 2 meters from receiver.
4) Upon successful binding and if FailSafe do not wish to be set, remove bind plug upon binding.
Setting Failsafe
Step 1: Start by binding the receiver to the transmitter in the normal way.
Step 2: Proceed as follows to set failsafe (see video: https://www.youtube.com/watch?v=FyW1v12dv_k)
1) Ensure that transmitter and receiver are turned on.
2) Insert bind plug into the receiver (Note: to set failsafe, bind plug is applied only when the receiver is turned on).
3) Set transmitter controls to the desired failsafe positions.
4) Press the side pushbutton to memorize failsafe settings.
5)
Observe that the green light at the end of the receiver turns on to
indicate failsafe is set. (Repeat step 4 will cause the LED to turn off
which means failsafe is disabled).
6) Remove bind plug.
7) Disconnect the power for at least 2 seconds and then reconnect the power again.
8) Test failsafe by turning off the transmitter.
Pulse Sequence
The PPM pulse sequence is in the following order:
Throttle Aileron Elevator Rudder Gear Aux1 Aux2 Aux3
Note:
1) This is not a
Spektrum DSMX or DSM2 product, nor is it a copy of a Spektrum DSM2 or
DSMX product. The Spektrum, DSMX and DSM2 brand is a trademark of
Horizon Hobby, Inc.
2) This is not an underground black market fake Spektrum product. Lemon Rx quality is guaranteed.
3) Lemon Rx products
are tested to be compatible with Spektrum's DSMX and or DSM2 product
(Spketrum, DSMX and DSM2 are the registered trademark of Horizon Hobby,
Inc.).
Phoenix Flight Gear RotorX Atom Foam Case(s):
