ZeXx86 wrote: Hello!
Thank you for your kinds words.
Synergy helicopters will be added for sure to the preset list.
I recommend to always use Setup Wizard, because steps that are performed there should be finished in the correct order.
You can use Default profile without any problem.
Then I recommend to set:
Advanced/Elevator Filter to 2-3. (Bigger helicopter need usually higher value)
Advanced/Pirouette Consistency to 170 (Bigger helicopter need usually higher value) - it also depends on your tail servo.
Advanced/Rudder Delay 0-5 (depends on your tail servo).
Thank you so much for your quick reply and additional suggestions, you guys are the best!
So very glad to see that Synergy will be added to the preset list as well!
I will use the default setup for now and use the Setup Wizard as well per your expert advice.
By the way, my heli here is a Synergy E5, with KDE motor 550XF G3 1200KV 92% efficiency, with 95mm Edge Tail CF Blades and Cyclone main blades CF 555mm Advanced tapered. Probably run either 12 or 13T pinion with the stock... I am told the sweet spot for the 95mm tail blades is between 9500rpm and 10000 rpm. With the stock 1:4.0 tail gear ratio, that yields a head speed between 2375rpm and 2500rpm. I still need to plug these numbers in the numbers into the MrMel head speed calculator to verify.
Also, I am sharing my tail servo specs as you said this made a difference, here they are for any additional suggestions please and thanks. I plan on running these servo's at 7.5V using CC Pro 20A BEC with Capacitor on the power input to the receiver. And will be using CC Phoenix Edge 120 HV ESC, with new 6S 4500mah 45C Pulse Lipos.
I am providing this info in case you have additional comments on setting up the Spirit Pro FBL, of courseI have downloaded and using the latest SW, FW, and BT Module for both Windows and Android. Here's detailed info on the tail servo as well if you have any further suggestions there I would appreciate it!
Tail Servo by OMG (Only Manufacture Golden) H3-ST-BF07Q High Speed Servo
Detailed Specs:
Description:
The HDT072200B servo is a powerful, accurate ultra speed precision digital servo with its full metal aluminum case, long wear 7075 Aluminum anodize titanium gears plus 304 Stainless gears, a precision brushless motor and improved electronics, legendary quality. It can be capable for 4.8 to 7.4 volt operation. HDT072200B takes a whole new galaxy of performance. RC OMG provide legendary digital precision with higher torque and faster speed servos. Key Features: Super high 12 bit (4096) resolution Robust output for superb response in extreme maneuvers Zero dead band assures legendary precision Aluminum middle case helps dissipate heat Digital precision provides great accuracy and performance Ball bearing-supported output 25T shaft Compatible with all types of Radio system Pulse width travel is adjustable Applicable for the 1/8 th Buggies and R/C Helis Cyclic Swash Plate (700 series and larger)
Specs: Item No.: HDT072200B
Type: Digital Operating Voltage Range: 4.8-7.4Volts DC Bearing Type: Dual Ball Bearings Speed (s/60°@6.0V/7.4V): 0. 08/ 0.07 Torque oz./in. (6.0V/7.4V): 277/250 Torque kg./cm. (6.0V/7.4V): 18/20 Size in Inches: 1.57 x 0.79 x 1.50 Size in Millimeters: 40 x 20 x 38 Weight oz.: 2.53 Weight g.: 72 Motor Type: Brushless motor Control System: +Pulse Width Control 1500μsec Neutral Required Pulse: 3-5 Volt Peak to Peak Square Wave Operating Temperature Range(F): 14° - 122° Operating Temperature Range(℃): -10° - 50° Idle Current (@6.0V/7.4V): 5mA/5mA No Load Running Current (6.0V/7.4V): 180mA/220mA Stall Current (6.0V/7.4V): 4000mA/4900mA Dead Band Width: 2μs Potentiometer Type: Rotating(Max.220°) Connector Wire Length: 11.8 in. / 300 mm. OMG wire Connector Wire Gauge: 22 AWG Connector Type: JR Gear Type: Titanium gears+ Stainless Gears Frequency: 330Hz Shaft: 5.85mm 25T
Also am Using the complimentary Cyclic servo's by OMG to go with the tail servo above, with similar specs. I can provide the details if there is any benefit or other suggestions I should consider.
I look forward to your reply and any other suggestions you may have.
Thank you in advance sir!
Dave
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