|May 21, 2013, 09:13 PM|
Tarot T810 Folding Hexa+TAROT 3-Axis Gimbal
I was going to build a heavy lifter and was torn between the Ironman 1000 Octo and a 800-900 range Hexa. After playing with eCalc for a few hours, I've finally settled on a Tarot T810 Hexa. This is what I just ordered:
Tarot T810 C/F Folding Hexacopter - $347.99 (1020g) ($46.50 S/H)
NAZA V2 W GPS Combo - $429.99 ($9.55 S/H)
IOSD Mark II - $254.99
6xT-Motor MT3515-15 6s 400kv - $86.00 x 6 ($43.86 Tax)
6xiPeaka iQ 40A HV OPTOESC w/ SimonK (6s support) - $23.79 x 6 ($3.49 S/H)
Bunch of 13" to 15" x8.5 Thin Electric props for testing - Average $13-$16 per pair ($5.35 S/H)
Tarot 5D2 Gimbal $499
Tarot Gimbal Controller $140?
3 legs $90?
ARRIS CM2000 $299.00 (to play with) ($25 S/H)
Power Distribution PCB $16 (+S/H)
Stand Offs for the double decker plate - 3x $1.47 (+S/H)
Extra T810 frame plate for the double decker design $84.16 (+S/H)
**** Next post is a recap. The next post for this build is here: http://www.rcgroups.com/forums/showt...1896450&page=3
Here is the eCalc for the setup: http://www.ecalc.ch/xcoptercalc.htm?...h=8.5&blades=2
|May 21, 2013, 09:14 PM|
[Reserve for picture/video recap. Please read the following pages for the natural progress.]
T810 with No Gimbal
2x3300 6s with 14"x8.5 props
Actual Power Used: 5194 mAh, 22.6A, 502.5W
Actual Flight Time:13m 46s
Prorated 80% Battery Usage Flight Time: 13m 26s
Current/Power: 3.8A per motor, 83.8 W per motor
Efficiency: 115 W / kg
T810 with 3-Axis Gimbal + Canon T2i
AUW: 7.505kg (Canon T2i: 1.17 kg, 2x5000mAh:1.45kg, T810: 3.125 kg, Gimbal with 3s 2200: 1.760 kg)
2x5000 6s with 14"x8.5 props
Actual Power Used: 7478 mAh, 41.6A, 923.7W
Actual Flight Time:10m 47s
Prorated 80%-Battery-Usage Flight Time: 11m 30s
Current/Power: 6.9A per motor, 154 W per motor
Efficiency: 123.1 W / kg
T810 with 3-Axis Gimbal + Nex 5
AUW: 6.923kg (Nex 5: 438g, 2x5800mAh:1.6kg, T810: 3.125 kg, Gimbal with 3s 2200: 1.760 kg)
2x5800 6s with 14"x8.5 props
Actual Power Used: 9456 mAh, 40.5A, 899.7W
Actual Flight Time:14m 0s
Prorated 80% Battery Usage Flight Time: 13m 50s
Current/Power: 6.8A per motor, 149.9 W per motor
Efficiency: 130 W / kg
VERSION 1 DONE:
VERSION 2 with Tarot 3-axis Gimbal:
VERSION 2 DONE:
VERSION 3 with Foxtech BL Gimbal
|May 21, 2013, 10:28 PM|
|May 21, 2013, 10:36 PM|
United States, FL, Malabar
Joined Oct 2012
|May 22, 2013, 12:55 AM|
Ecalc is way off with some motors. I am building a Vulcan 900 hex and picked out 3515 400kv motors because ecalc was giving me a flight time of 20+ minutes without camera. The dealer I purchased from told me that they got better flight time from newer 4014 400kv motors, but ecalc says the same hex with that motor is only 13.7 flight time with no load other than the battery and required equipment to fly.
Actual flight time with 80% of the 10400 6S battery is just over 22 minutes. AUW 4180 grams.
|May 22, 2013, 01:02 AM|
As long as you put in all the parameter with the actual value, and not using their default numbers, you'll get quite accurate result.
|May 22, 2013, 10:05 AM|
Mexico, JAL, Guadalajara
Joined Mar 2012
And the gimbal is made of aerogel? Air? The FC is virtual? Gps? All of them weight and you have to add it to the frame weight. What camera?? I am interested also in this frame but I dont see how they are managing vibration to the gimbal... so youll have to build one or wait till they design it. Also with this frame you have to use 2 batts or you will have an unbalanced frame. I liked the Mantis frame approach more. A single carbon plate in the middle above IMU and near COG. I was expecting more from this frame ;( That front plug what is is for? i would never leave my power unsoldered... if thats for power distribution I will not feel safe byletting my power just plugged. Hope someone can give details about it..
I rather have unobstructed forward view than foldable design.
Foldable is just another link that could have problems as the previous folding tarot had.
|May 22, 2013, 10:13 AM|
Joined Mar 2013
|May 22, 2013, 11:31 AM|
Yea, as designed, it only use 1 battery. Using 2 batteries is just my personal preference.
Look at my last Hexa. It was a Talon v1 650. You can see my build log here and can expect similar detail in this one.
The Talon v1 650 has a very small footprint:
And eventually I modified it to become this:
So that I can use the cheapest and lowest C rating LiPo, and a very balance layout.
Now, go try to find me some cheap 11600 mAh or 16000 mAh 6s LiPo. On the other hand, I'm sure I can easily find the 5800 or 8000 mAh ones in stock.
Regarding the AUW with the gimbal and camera all installed, I wouldn't worry too much about it. By my calculation, this build can handle about 9kg AUW and with 8 min hover time. Plenty of room to play with. As I build it along, you'll see. That's what these Build-Log thread is all about, isn't it?
|May 24, 2013, 10:22 AM|
Joined Jul 2012
Just Ordered the T810 at Infinity Hobby (Superb service!) I got the Tarot 320KV motors and some 15" DJI props. I will be flashing the ESC´s myself with BL-heli firmware.
Cant wait for it to arrive. I havent ordered Lipo´s yet, but i think it will be 2X5000Mah Nanotech´s.