- Ready to use .gcode files for Prusa MK3S Style printers
- .3MF files for Bambu Studio
- .3MF files for Prusa Slicer
- .3MF files and Profiles for Cura
- .factory files for Simplify3D (4.0)
- .STL files
- User Guide (Detailed for assembling and printing)
SU-29 Gravity’s Vanquisher.
46.99 €
Speed*
120
km/h
Flight time*
6-7
min
Wingspan
1160
mm
Print weight
690
G
All-up weight
1200
G
*Values may differ depending on the used setup. Tested on LiPo 4S 1800-2200mAh.
SU-29
Introducing the SU-29 V2, a semi-scale 3D printed aerobatic plane that pays homage to a timeless classic while integrating modern advancements. Designed with meticulous attention to detail, the SU-29 V2 excels in performance, appearance, ease of use, and printability. Its clean vase mode design enables unmatched printing quality using LW-PLA, resulting in a lightweight yet robust construction that ensures exceptional 3D performance and reliability for daily use. The SU-29 V2’s compact form factor not only facilitates a rapid build time but also makes it an ideal aircraft for daily practice to hone your flying skills. Each servo position and the pull-pull rudder system are engineered for short, play-free linkages, guaranteeing high precision in the large control surfaces.
Download includes
Specifications
- Printed Weight: 690 g
- Take-Off Weight: 1200 g
- Stall Speed: 28 km/h
- Wing Span: 1160 mm
- Wing Loading: 46g/dm²
- Wing Area: 27 dm²
- Length: 1084 mm
Instruction Manual download
Download our latest manual, which includes all building steps and basic setup information. We continuously update our manuals, so be sure to check back regularly for the latest version.
Packed with
Features you love
Unmatched 3D Performance
Unmatched 3D Performance
The SU-29 V2 delivers exceptional 3D performance! Its lightweight yet durable airframe effortlessly masters high-alpha and extreme aerobatic maneuvers, all while providing outstanding precision.
Quick-Lock Battery Mount
Quick-Lock Battery Mount
The quick-lock battery mount provides easy battery access and precise center of gravity alignment. Just strap the battery to the mount and secure it by engaging the handles.
Pull-Pull Rudder
Pull-Pull Rudder
Pull-pull systems provide direct, precise control over the rudder, allowing for quick and accurate maneuvering of the aircraft, especially in aerobatic or high-performance flying.
Interlocking Part Joints
Interlocking Part Joints
Interlocking joints on the parts allow for quick, easy assembly and ensure perfect alignment.
Spring Loaded Canopy Lock
Spring Loaded Canopy Lock
The Canopy lock provides a secure locking mechanism while allowing easy access to the electronic components.
Vase Mode Design
Vase Mode Design
Its clean Vase Mode design ensures exceptional LW-PLA printing quality and compatibility with major slicers.
Effordless assembling. It’s simple, it’s easy, it’s ready!
The 3DBlackbox SU-29 is a breeze to build and a blast to fly, making it the perfect choice for advanced and experienced pilots. The build video and instruction manual makes the process as simple as possible and will help you to get in the air in no time.
You got questions?
Is it possible to upscale or downscale models?
You can upscale or downscale our models, but modifications might be necessary because our planes are designed for a specific size. Scaling can affect various aspects such as tolerances, servo pockets, motor mounts, and carbon spars. Additionally, the structural design might not withstand the increased forces when upscaled or could result in a heavier plane when downscaled. Therefore, it’s not recommended or advisable to scale the models unless you are prepared to make significant adjustments.
Is it possible to use regular PLA instead of LW-PLA?
If both materials are suitable for printing a specific plane, it will be clearly stated. Generally, using LW-PLA is preferred because it is lighter, which enhances performance in most cases. This is especially important for 3D aerobatic planes where minimizing weight is critical. However, some planes can be printed with other materials as well. Just ensure that you can still achieve the correct center of gravity (CG).
Are soft LW-PLA parts considered normal?
Yes, some parts might feel soft individually. However, once they are glued together, the overall structure will be strong. All our planes are tested for durability and can handle high-G maneuvers without any issues.
What should I do if the ribs aren't connecting to the outer surface?
If you notice that the ribs aren’t connecting properly when using LW-PLA, you should calibrate your printer according to the instructions provided with the download files. This issue could be caused by high temperature, low flow, fast printing speed, or an uncalibrated extruder. If you’re using regular PLA, increasing the flow might resolve the issue.
How can I minimize Z-wobble on tall parts?
Bed slinger 3D printers often experience Z-wobble due to the large moving mass, which creates more vibrations. To reduce Z-wobble, try lowering the print speed for thin and tall parts and ensure the part adheres well to the bed. Increasing the number of brim walls can also help.
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