Difference between revisions of "Strix StratoSurfer"

From ItsQv
Jump to: navigation, search
(Introduction)
(Flight Gear)
Line 86: Line 86:
 
== Flight Gear ==
 
== Flight Gear ==
  
The following are some of my selected components with links to some of my favorite vendors.<br><br>
+
The following are some of my selected components.<br><br>
  
 
==== Power Set-up ====
 
==== Power Set-up ====
Line 94: Line 94:
 
:* Motor - Sunnysky 2216-1250kv
 
:* Motor - Sunnysky 2216-1250kv
 
:* ESC - Blue Series 40A
 
:* ESC - Blue Series 40A
:* Prop - Aeronaut Cam Carbon Folder 9x7]
+
:* Prop - Aeronaut Cam Carbon Folder, 8x7
 
:: For more informaion on setting up a pusher folding prop - <u>[[How_To_-_Set-Up_a_Pusher_Style_Folding_Prop | How To - Set-Up a Pusher Style Folding Prop]]</u>
 
:: For more informaion on setting up a pusher folding prop - <u>[[How_To_-_Set-Up_a_Pusher_Style_Folding_Prop | How To - Set-Up a Pusher Style Folding Prop]]</u>
:* Battery - Multistar 4S/5200, 10C<br><br>
+
:* Battery - Multistar 4S/5200, 10C or a 4S/7000 Li-Ion<br><br>
  
 
{| border="0" cellspacing="1" cellpadding="1" width="700" align="center"
 
{| border="0" cellspacing="1" cellpadding="1" width="700" align="center"

Revision as of 21:02, 5 January 2018

AIRCRAFT
© Mark Qvale - January, 2018

SS01.jpg
  New plane!


Introduction

I decided to try something different and having never gone down the Bixler style road, the Strix StratoSurfer seemed like a good place to start. Also, after reading much about this plane, I decided to start with a larger motor/prop combo. For flight management/control I'll be starting with an Omnibus F3Pro flight controller to keep it light and simple.

Here then is a collection of my build notes and eventually a flight review of this plane.

General Specifications

Distributor - BangGood USA
Aircraft - X-UAV Mini Talon
Build Date - April 2017

Airframe Type -  Top Wing FPV Specialist All-Up Weight -  TBAoz (TBAg) w/ 4S/7000 Li-ion Pack
Wingspan -  59 inches (1500mm)   TBAoz (TBAg) w/ 4S/5200 Li-Poly Pack
Length -  39 inches (1000mm)    
Wing Area -  3.23 ft^2 (30dm^2) *Wing Load w/5.2-4S -  TBA.0 oz/ft^2 (TBAg/dm^2)
Motor -  Sunnysky 2216-1250kv Max Continuous Power (4S) -  370 watts continuous (4S)
Propeller -  8 x 7 Aeronaut Cam Carbon Folder Max Prop Power -  325 watts @ 2550ft ASL
Static Thrust -  1150 @ 2550ft ASL *Static Thrust/Weight -  0.TBA
Battery Type -  4S1P Li-ion/Li-po Battery Capacity -  7000mah/3C or 5200mah/10C
In flight efficiency -  TBA Flight Time -  TBA
COG -  65mm @ Wing root (Stock) *With the  5200mAh pack 


Flight Gear

The following are some of my selected components.

Power Set-up

For power on this build I have chosen the Sunnysky X2216-1250kv. For an ESC, I am using a HobbyKing Blue Series 40A with extra Low ESR capacitors added.

  • Motor - Sunnysky 2216-1250kv
  • ESC - Blue Series 40A
  • Prop - Aeronaut Cam Carbon Folder, 8x7
For more informaion on setting up a pusher folding prop - How To - Set-Up a Pusher Style Folding Prop
  • Battery - Multistar 4S/5200, 10C or a 4S/7000 Li-Ion

SS23.jpg


Motor Mount

For the motor mount I designed and printed one that spaces the motor 6mm rearward and 19mm above the original mount to get the clearance needed for 7" & 8" props. Additionally, I printed a cowl to protect the motor and direct cooling air to the rear of the motor.

SS21.jpg
Motor mount parts


SS22.jpg
Mounted


SS24.jpg
Front and rear views



ESC Mount

I decided to design and print a simple mount to hold the ESC. It mounts with four M3x6mm nylon screws and a wire tie to hold the ESC. This print is sized for a 25mm wide ESC.

SS31.JPG
ESC craddle



Flight Control

For flight control I have chosen the Omnibus F3Pro from Banggood. It is very inexpensive and in my experience completely reliable.

w/iNav 1.8.1



FC Mount

To mount the FC I drilled out the existing mount holes to 2.3mm then tapped them to M3 and flooded the tapped holes with thin CA. This makes them more than strong enough for a set of rubber M3x6mm stand-offs.

SS30.JPG
FC mount



RC Control

For radio gear I am using my standard DragonLink V2 system. I have mounted the DL dipole inside the verticle stabilizer. The RX is mounted on a printed deck below the GPS mount.

SS32.jpg
RX mount



GPS Mount

For the GPS I printed a mount plate to replace the white plate on the rear of the fuse. This is sized for a Ublox Mini M7 GPS.


SS20.jpg



Video Downlink

For the video downlink I am using an RMRC 1.2/1.3G VTx with a DragonLink video dipole. I will either run 400 or 800mw depending on where and how I am flying. For an FPV camera I have selected a Fatshark V2 700tvl unit because of its size and decent performance.

Airframe Build and Assembly

Stabilizers

On the tail linkage I used the stock linkage bits with metal gear digital servos.

SS41.JPG



Wings

Nothing new or special here. I added 1" (25mm) of 3 mil laminate to the leading edge. Linkage is the same as the elevators and servos are Corona DS929MG's.

Maiden Video!

  • Video TBA



Mods

Stay tuned


See Also

TBA


Project 3D Print Files

The following are the 3D print files shown in this build.

 Image Part Number  Part Description  Weight Print File  Compatibility Notes
52136sm.JPG  52136  ESC Mount  6.7g  52136.STL  25mm wide ESC craddle
52137sm.JPG  52137  GPS Mount  3.3g  52137.STL  Mount for a Ublox Mini 7M GPS
52138sm.JPG  52138  Motor Cowl  4.0g  52138.STL  Motor and mount cover
52139sm.JPG  52139  RX Mount  4.2g  52139.STL  Mount platform for DL RX
52140sm.JPG  52140  19mm Offset Motor Mount  3.1g  52140.STL  Motor mount to allow 7 & 8 inch props


Some of the Vendors I used for this project

Ready Made RC
Banggood
Aloft Hobbies


Comments? Questions?

email me!