Just started a thread for this promising micro quad, the first 6 axis (gyro + accelerometer) which supports 9X.
Description from HK:
The Q-BOT Micro is the first micro quadcopter on the market today that includes a 2.4gHz RF module allowing it to be used with your own transmitter. This means it can be flown with Spektrum, JR, Futaba, Hitec, Turnigy, Walkera and other transmitters
*. The transmitter will simply need to have a trainer port (JR style 3.5mm or Futaba style 6-pin) and be capable of outputting PPM signal.
This micro quad features leading edge technology including a highly precise 6-axis gyro
stabilization system making it ultra stable. Normally, building and setting up of multi-rotor aircraft requires lots of time, tuning and having to choose your own power system/components. The Q-BOT Micro takes away all of the complicated setup and makes it as easy as opening the box, charging the batteries, connecting the RF module to your own transmitter and flying!
The included 2.4gHz RF module can be powered several different ways. It has its own rechargeable 3.7V lipoly battery pre-installed but can also be powered directly from the transmitter via the transmitter's charging jack (DC power plug included), or by the Futaba style 6-pin trainer port.
The Q-BOT Micro is very capable with plenty of power to spare. In normal mode, its stable flight characteristics make it stress-free for the less experienced quad pilot. Switch it to aerobatic mode (via your transmitter's GEAR channel) and it's very responsive for those looking to push it to the limits. When in aerobatic mode, the responsiveness is greatly increased which allows for flips, rolls and loops to be performed!
• 2.4gHz RF module allowing for use with your own transmitter*
• 6-axis gyro stabilization system
• Ultra stable flight characteristics
• Aerobatic flight mode allowing for flips, rolls and loops
• Compact and lightweight design
Weight: 26g (w/out battery)
RF Module Specs:
Battery Specification: 3.7V Li-Po battery 120mAh
Operating Voltage: 3.7~12V DC
Operating Current: ≤ 100 mA
Operating Frequency: 2.4gHz
Spread Spectrum Mode: FHSS
Number of Frequency Channels: 20
Hopping Rate: 240 Jump/s
Included in box:
Q-BOT Micro Quadcopter
2.4gHz RF module
3.7V 20C 250mAh lipoly battery x 2
USB dual battery charger
Spare propellers (2 x black, 2 x orange)
Your own 4CH (5CH or more required for aerobatic mode) transmitter with trainer port (JR style 3.5mm or Futaba style 6-pin)
USD 34.99 (44.99 shipped to EU)
HK url: http://www.hobbyking.com/hobbyking/s...dProduct=29595
Any experiences, questions are welcome!
From Throttlestore for the "twin" HiSky FF120:
After binding, the quad hits the ceiling, the throttle seems to be working as ON/OFF cant control....
Set the MODELVAT to PPM and bind with trims zero + throttle down
- - -
When plug the TX module to the Radio, both LEDs are solid red, and doesn't bind, can't switch between modes...
Before plug in the TX module, unplug the existing TX module...
by ruzam: http://www.rcgroups.com/forums/showp...&postcount=912
1. For 9X radio: mode LED shall be green (Futaba channel order on stock firmware (NO light/blank LED))
2. For 9X radio: It is much easier to make module connector than try to use trainer port and some external power source (I have HiSky module w/out battery).
Binding with DX6i
1. Set up a NEW airplane in your transmitter. Be sure to reset everything to default. Then, set 1,2,3,5 REVERSE. Leave only 4 normal
2. DO NOT set throttle trim to the lowest position. Leave it ad mid-point...read about my flywawy Qbot to know why.
3. Plug in both cables from the black box to your transmitter.
4. Within 10 seconds, plug in a charged battery to the Qbot.
5. Quickly,Put your thumb on top of the Qbot....flyaways Qbots are not fun.
The lights should flash and the motors should do a little dance, and then the solid green light should come on your qbot.
MOST IMPORTANT..BEFORE you move the throttle stick, leave your thumb on top of the Qbot and slowly move the throttle stick. Observe that off is at the lowest point and full up is full up. Hold the Qbot in one hand and verify that all controls are in the proper direction.
Direct link with servo cable
When you power the TX from the radio remove the TX battery!!!
Very important! When you direct link the TX with servo cable keep the LiPo inside AND keep the TX always OFF to avoid the lags!!! The radio will turn the TX module on when you turn on your radio so you don't have to turn the TX module ON with the switch on it!!!
Straw motor saver mod
to help prevent damage to the motors when they are accidentally used as landing gear by MassiveOverKll:
Review and tips