Posts Tagged ‘Impressive’
Eachine E160 Review – Impressive Brushless Tail Hold & Performance
Detailed Eachine E160 review including test flight with three different setups (tame, sport, 3D). The E160 is a great flying little collective pitch RC helicopter to suit all flying styles. It’s powerful enough for heart pounding 3D, or can be tamed right down for nice gentle scale type flying. Flybarless stabilization performance is impressive with a fluid and precise feel.
If you are torn between the XK K130 vs the Eachine E160, the E160 is not much more money, however, it’s a much better value as it improves on the shortcomings of the K130.
The single biggest performance improvement is in tail hold & authority thanks to a proper direct drive brushless tail rotor motor. It’s all but impossible to get the tail to blow out on the Eachine E160, even when trying. Brushless tail motors also last much longer than brushed coreless tail motors.
Other E160 improvements include a stronger and better cooled main brushless motor, longer flight times with slightly larger capacity LiPo & better power efficiency, metal geared swashplate servos & stronger landing struts. Some will find the E160’s canopy graphics easier to see which is always a welcome feature on any small micro collective pitch RC helicopter.
Out of the box, the Eachine E160 3D RC Helicopter is Futaba S-FHSS protocol ready, but provides receiver compatibility with Spektrum DSM, S-Bus, and PPM.
If you are looking for a reasonably priced, capable little collective pitch RC helicopter to fly & practice with in your yard, the E160 should definitely be on your short list of micro 3D collective pitch RC helicopters to check out.
Product & Other Useful Links Below:
1. Eachine E160 RTF (Ready to Fly) RC Helicopter:
https://www.banggood.com/custlink/DDDEcrf4Gb
2. Eachine E160 BNF (Bind & Fly) RC Helicopter:
https://www.banggood.com/custlink/3m3EpCTg32
3. Radiomaster TX16S Radio Used In Video:
https://www.banggood.com/custlink/Gv3RCv9JgZ
4. Micro Collective Pitch Setup Video:
https://youtu.be/O1L0wxzoqOU
5. Setup & Tips For Collective Pitch RC Helicopters eBook:
https://www.rchelicopterfun.com/rc-helicopter-tips.html
6. Radiomaster TX16s Review Video:
https://youtu.be/DjAcic0dOQc
7. Computerized Charger Recommendations:
https://www.rchelicopterfun.com/rc-battery-chargers.html
8. How to build your own XT30 Parallel Charging Harness Video:
https://youtu.be/aZw6ymyqd6M
9. How to bind the E160 to Spektrum DSM:
https://youtu.be/pbvspS9s1sk
Video Chapter Time Index:
– Intro 0:00
– Unboxing & What You Get 1:35
– Design & Components 4:35
– LiPo Discussion 11:59
– Setup Overview 14:16
– Test Flight 17:52
– Final Thoughts: 22:57
DISCLAIMER: Links included in this description might be affiliate links. If you purchase a product or service with the links that I provide I may receive a small commission. There is no additional charge to you! Thank you for supporting RCHelicopterFun.com & my channel which helps me keep creating content.
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Video Rating: / 5
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Impressive FPV RC Helicopter Flight Heli Onboard Camera Wind Turbine Almost Crash Accident Bike Car
Very nice FPV heli footage!!! 10th and 11th FPV heli flight Setup: Standard Thunder Tiger Mini Titan E325 Aluminum rotor head Aluminum washout base Kontronik Jazz 40-06-18 ESC Hacker A20-6XL motor without cooling fan (broken at a crash) Thunder Power 11,1V 3s 20C 2600mAh LiPo battery (weighs only 188 g!) 3x Thunder Tiger C1016 swash plate servos 1x Futaba S3114 tail servo Robbe- Futaba GY-240 gyro BBT Maniac 321 CFK blades, 2nd choice Align Tail Rotor Blades for T-Rex 450 (plastic) Graupner- JR MX-16S, 40 Mhz transmitter Graupner- JR SMC-19 DS receiver with 1,75m antenna (Lamda/4) Approx. 2600 rpm headspeed +- 7° blade pitch FPV Setup: 1,3 GHz 400 mW video transmitter and receiver from BEVRC with stock 3 dBi antenna on RX and small Lawmate 3 dBi antenna on TX WDR700 camera (Sony Super HADII CCD), factory settings Microphone Weight FPV gear: approx. 100 g Powering the FPV gear with the 3s flight battery AUW 969 g Maximum flight time (vibrating, sluggish winging): 10 min. (260 mAh/min energy consumption) Costs: Heli, camera approx. 1000 Euro (extraordinary setup for arduous 3D flight) Altogether approx.? 2500 Euro (Flight Simulator, transmitter, batteries, charger, video goggles, FPV video recorder….) Typical crash costs:? 50- 300 Euro
Video Rating: 4 / 5