AeroWorks STINGRAY Guide

ASSEMBLY MANUAL
AND USER GUIDE
STINGRAY
By 3D AEROWORKS

OVERVIEW:
This custom design of a high speed futuristic fighter is designed for quick and easy
construction printed in PLA. For best results the canopy should be printed with clear PLA and
the motor mount and propeller assembly in regular PLA or PETG. Designed to suit the 2826
2200kv outrunner on a 5x5 propeller. Utilising only ailerons and elevator, this model performs
high speed and aerobatic flight extremely well. Links to components used can be found on
the last page of the user guide.
This model has taken many hours of hard work and testing in order to provide a nice flying
aircraft. Please do not share it. Please show your appreciation by directing interested parties
to the link below.
https://cults3d.com/en/3d-model/various/stingray-800mm-pusher
GENERAL SPECIFICATIONS
WINGSPAN: 800mm
PRINT TIME: 55 hrs
PRINT COST: $10 USD
PRINT WEIGHT: 450g
FLYING WEIGHT: 800g
ELECTRICS
MOTOR: 2826 2200KV or (2836 2500kv high power)
ESC: 30amp
SERVOS: 9g MICRO
BATTERY: 2200mah 3s (or similar)
INCLUDED:
STL FILES OF ALL COMPONENTS (scale to 1000% if not using S3D)
FACTORY FILES FOR (S3D) SIMPLIFY 3D FOR PRINTERS: 200x200200

REQUIRED TOOLS:
KNIFE
LIGHTER
SANDPAPER (MEDIUM GRIT 320 recommended)
PLIERS
CA GLUE
SCREW DRIVERS
FILE OR RASP
REQUIRED COMPONENTS:
X1 2826 2200KV MOTOR (or similar)
X1 30AMP ESC
X1 2200MAH 3S LIPO OR SIMILAR
X2 9G SERVO
BAMBOO SKEWERS 3MM
X2 10mm X 10mm X 2mm MAGNET (ROUND)
X4 16mm x 29mm HINGES
VELCRO
X1 10mm x 8mm x 300mm carbon tube or pine rod (OPTIONAL)
M2 x10mm screws
1mm piano wire

ASSEMBLY INSTRUCTIONS
1
All faces which are to be glued to other parts need to be given a light sanding (scuff the
surface) to assist with glue adhesion.

2
Check the fitment of all parts before gluing to make sure a good bond takes place. There
should not be any gaps visible in the joins.
Glue sections of the fuselage together using CA glue. (see images)
3
Remove the servo tunnel access in the fuselage section. (highlighted red)

4
Cut two 10mm-15mm sections of food skewer. Insert into the “Boom 1” sections and glue the
“boom 2” sections in place as shown.
5
Do the same for connecting “Boom 3” to “Boom 2” as shown.

6
Fit the elevator to the horizontal stabiliser and connect the stabiliser to each side of the
booms.
IMPORTANT! Only 2 small drops of CA is needed for each slot for the hinges. Too much CA
and the hinge will bind and be unusable.
TIP: After adding the CA, use a tissue to wipe away the excess.
7
Connect the front and rear wing sections using 3mm skewer.
8
Insert the main spar through the fuselage.

9
Fit small sections of 3mm skewer into the inner section of both wings. Align these tabs with
the holes in the fuselage as the wings are glued to the fuselage.
10
Cut four 35mm lengths of 3mm skewer and pin the tail boom to the aft section of the inner
wings. The pins will protrude from the booms as they also align the middle wing section and
hold the boom in place. Glue around the boom to secure it in place.