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Titan Quail

$29.99

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. It is both lightweight and strong enough to endure extreme high G maneuvering with the occasional harsh landing.

The Quail is compact yet has a spacious fuselage with ample room for a flight controller and large batteries. Underneath the wingtips are large wing bays which allow for mounting the receiver and video transmitter with maximized antenna separation for the best range. Quail was designed with simplicity in mind - needing only 2 servos for the elevons and a single motor in the rear - reducing the overall print time, build cost and setup time. It’s also printable fully supportless on smaller printers such as the Prusa i3.

Download the user manual here

Add To Cart

Titan Quail

$29.99

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. It is both lightweight and strong enough to endure extreme high G maneuvering with the occasional harsh landing.

The Quail is compact yet has a spacious fuselage with ample room for a flight controller and large batteries. Underneath the wingtips are large wing bays which allow for mounting the receiver and video transmitter with maximized antenna separation for the best range. Quail was designed with simplicity in mind - needing only 2 servos for the elevons and a single motor in the rear - reducing the overall print time, build cost and setup time. It’s also printable fully supportless on smaller printers such as the Prusa i3.

Download the user manual here

Add To Cart

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)

Recommended electronics:

  • TBS crossfire / ELRS / Dragonlink

  • 5.8ghz / 1.2ghz video (19x19 camera)

  • Matek F405-WTE flight controller or similar

  • Matek M8Q-5883 GPS/Compass or similar

  • 35a BLHeli ESC

  • (2) Emax ES08MAII servos

  • Battery: Anything from a 4,000mah 4S/6S Lipo to 4S4P 14,000mah Li-Ion

Misc:

  • Polymaker Polylite prefoamed LWPLA

  • Polycarbonate or other high-temp filament for the motor mount

  • Medium CA glue

  • 180x180x200 minimum size print bed (Prusa or smaller)

  • Control horns (this one)

  • M3 threaded inserts (max 6mm height)

  • M3 bolts of various sizes

  • 6x3mm magnets

Print settings:

  • LWPLA parts should be single wall, and 4-5% cubic subdivision for lighter weight. Use 4% infill for the best performance!

  • High temp (Polycarbonate or PETG) parts (motor mounts and wing bays) should be double wall and high infill (25-100%)

Additional Info:

  • Give elevons +- 35 degrees or more throw

  • Definitely use a folding propeller to protect the tail during landings

  • CG is marked under the wing, and must be as close as possible to that point

  • Aim for takeoff weight of ~1.2-1.6kg. Maximum takeoff weight no more than 2kg.

  • Wingspan: 865mm | Wing area: 1920 cm^2

  • Apply rubberized tape / duct tape to the belly to guarantee damage-free landings

Licensed under the Creative Commons - Attribution - Non-Commercial license.