Details
Lynx Heli Innovations is always looking for a better way of doing things, introducing innovative solutions.
Lynx now can offer a dedicated High Voltage rotative tail servo for your upgraded 130X.
The HV edition need powered with external BEC with minimum 4.8V to maximum 6.5V.
For performance a security reason we recommend DON’T power the HV servo with standard 3in1 integrated BEC. Servo will not work properly and with risk to damage your 3in1 mother board.
Lynx DS-883-HV Specifically designed to work with standard FBL sytem or with 3in1 motherboard when external BEC is used.
In order to support you the ultimate combo pack, Lynx offer two p/n: LX0882 and LX0883 were we combine LX9001 – DS-883-HV digital rotative tail servo with Lynx tail servo mount and a special CF reinforce plate.
In one single Lynx bag all the answer of your 130x tail need!
DS-883-HV SERVO FEATURES:
- Metal Gear Digital Precision Servo
- Input (V-in): 4.8 to 6.5 V
- Frequency: 450 Hz
- Neutral Point: 1500μs
- Speed: 0.07 sec / 60° at 4.8V
0.06 sec / 60° at 6.5 V
- Stall Torque: 1.25 kgcm at 4.8V
1.60 kgcm at 6.5 V
- Dimension: 19.60 x 8.00 x 19.40 mm
- Weight including 160 mm cable connector: 5.25g
- Output Gear support: Radial bearing 4x7 W2
- Servo Arms: 4 type included (see extra pictures)
- Servo Case Material: Technopolymer base plastic – Blue Clear Color
SERVO SUPPORT TECHNICAL SPECIFICATIONS:
- Tail servo support material: Aluminum 7075-T6 – Silver anodized finish
- Screw material: Carbon steel plated
- Assembled weight: 0.25g
PACKING LIST:
1 x Digital Precision MG rotative tail servo DS-883-HV, with necessary servo arms and hardware.
2 x CNC 130X – Universal Micro Rotative tail servo support - Silver
2 x M1.4x6 Pan Head screws
2 x M1.6x4 Pan Head screws
2 x Flat Washer 1.6
TIPS AND INFORMATION FOR THE BEST PERFORMANCE:
The HV edition need powered with external BEC with minimum 4.8V to maximum 6.5V.
For performance a security reason we recommend DON’T power the HV servo with standard 3in1 integrated BEC. Servo will not work properly and with risk to damage your 3in1 mother board.
Our test show that the best servo arms length is between 5.5 to 6.5 mm.
Start with 6.5 mm and set the servo travel like was with the linear servo, don’t try to increase that travel.
Start with -5 Tail Gyro setting and test your Heli tail.
In function of your test, you will adjust the tail gain for your need and Heli setting. If with all negative Tail Gyro setting you still have tail wag, move the servo arm length to 6 or 5.5 mm and restart the test.
Unfortunately is almost impossible for Lynx give you the best std value because too many are the factors that can influence the gain.
Additional Information
| Manufacturers | LYNX |
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