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Summary of Contents for Titan Dynamics Quail
- Page 1 Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Titan Dynamics - Quail https://www.titandynamics.org/3dhangar/p/titan-quail Build & User Manual Revision 1.0 Page 1 of 20...
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Page 2: Table Of Contents
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Contents Section 1: Model Information ......................... 3 Section 2: Model Specifications & Performance ................4 Section 3: Required Build Materials ...................... 5 Section 4: 3D printing ..........................6 4.1: Things to know before you start printing. -
Page 3: Section 1: Model Information
Join our Discord server Section 1: Model Information Introducing the Titan Quail, an 865mm wingspan FPV platform that can do it all. The Quail is an absolute blast to fly and boasts sharp, locked-in maneuverability with great efficiency. It’s quick and nimble while also being able to cruise gently through the scenery. -
Page 4: Section 2: Model Specifications & Performance
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Section 2: Model Specifications & Performance General Stats: • Wingspan: 865mm • Wing area: 1920cm • Maximum take-off Weight: 2.0kg • Efficiency: 1.1Wh/km • Cruise speed: 55-85kph •... -
Page 5: Section 3: Required Build Materials
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Section 3: Required Build Materials Spars needed: (1) 10x500mm (main wing spar) (2) 4x300mm (elevon hinges) (2) 4x120mm (vtail) Recommended motor & prop: 16-19mm mounting pattern 2216-35xx up to 41xx size (we used 3508 700kv) 8-12 inch folding propeller (we used 12x8.5) -
Page 6: Section 4: 3D Printing
Section 4: 3D printing 4.1: Things to know before you start printing. 1. Titan Dynamics strongly recommends using Polymaker Polylite prefoamed LWPLA for the best results. This filament is much easier to tune your printer for and has less stringing than active foaming filaments. - Page 7 Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server • High temp Polycarbonate or PETG parts should be double wall and high infill (25%). Page 7 of 20...
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Page 8: Part Orientation
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server We recommend using the newest version of Ultimaker Cura. This link can be used to download our own slicer profile. 4.2: Part Orientation It is necessary to orient each part correctly on the build plate to avoid disconnected overhangs. -
Page 9: Tuning "Hole Horizontal Expansion
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Wing1a Wing1b 4.3: Tuning “hole horizontal expansion” It is very important to check the fitment of the carbon rods in their holes on the first parts you print. Because everyone may be using different printers, materials and slicer settings, it is not possible to provide the models with a slicing profile and hole size that will work for everyone. -
Page 10: Bed Adhesion And Warping
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server 4.4: Bed Adhesion and warping When printing tall parts like this model requires, having good print adhesion to the bed is a necessity. Ideally you will print each part without any extra aids, however this may not be possible for many, especially those printing without an enclosure for their printer. -
Page 11: Section 5: Assembly Of 3D Printed Parts
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Section 5: Assembly of 3D Printed Parts Below are a few exploded views of the Quail to help with assembly. Page 11 of 20... - Page 12 Visit our Facebook page Join our Discord server The spar layout for Quail is as depicted below. None of the spars need to be glued in, they will all be retained by the printed parts. The two wing spars that intersect the fuselage are the joiners for the wings and the fuselage and can be removed completely from the fuselage and wing during transport.
- Page 13 Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server • Medium CA glue should be used to assemble all fuselage parts • When first putting the glued parts together be sure to wipe any excess glue off before it sets.
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Page 14: Section 6: Final Setup & Tuning Tips
Join our Discord server Section 6: Final Setup & Tuning Tips • Titan Dynamics strongly recommends the use of Arduplane for all our models. • Give all control surfaces +- 35 degrees or more throw. • Setup motor rotation such that props rotate inwards towards the fuselage for added torque roll during differential yaw. -
Page 15: Section 7: Additional Images
Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Section 7: Additional Images Page 15 of 20... - Page 16 Titan Dynamics Titan Dynamics Webpage Visit our Facebook page Join our Discord server Page 16 of 20...
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