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#dji

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Vista de DJI Mini 4 Pro: modelo de referencia para diseñar accesorios

RC & MecánicaFree

DJI Mini 4 Pro: reference model for designing accessories

Digital model of the DJI Mini 4 Pro intended as a reference for preparing accessories. It allows for studying the drone's shape and planning mounts or housings in a design program. The download does not constitute a functional drone or a flight kit: printing its silhouette does not reproduce motors, electronics, or mechanisms. The source does not provide tolerances that allow the mesh to be used as a certified dimensional pattern. Preparation, compatibility, and printing Import the file while maintaining its scale and compare the contact areas with the actual drone before designing a final part. For a fit test, print only the necessary region when your software allows it. Do not assume that a part designed around this reference will leave sensors, ventilation, or joints clear. There is no documented print profile.

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de DJI Mavic 3 Pro: referencia 3D para accesorios

RC & MecánicaFree

DJI Mavic 3 Pro: 3D reference for accessories

Purpose These models are digital representations of the DJI Mavic 3 Pro, converted from official .glb files to .stl format by the author. Practical Uses The models can be used for creating accessories or for 3D printing. The author notes that these printed models are not intended for flight. Included Parts - mavic3pro-unfolded.stl - mavic3pro-folded.stl Assembly Guidance A tutorial is provided by the author at https://vimeo.com/775340586.

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de Soporte de antena para bastidor HGLRC MY5

RC & MecánicaFree

Antenna mount for HGLRC MY5 frame

Identified antenna mount for the HGLRC MY5 frame. The original description does not provide dimensions or a list of compatible antennas and connectors. The source tags mention various FPV systems, but these are not enough to ensure that all fit on the same part. Preparation, compatibility, and printing Compare the mounting points, housing diameter, and connector space with your frame. Check that the coaxial cable is not forced and that the antenna remains outside the path of the propellers. No material or print profile is documented. A fit test allows checking the retention before installing the electronics.

Technology: Sin probar
material: —
Difficulty: Sin especificar

ElectrónicaFree

DJI FPV Remote Controller 3 stick protector

DJI FPV Remote Controller 3 stick protector Purpose This model serves as a simple protector for the DJI FPV Remote Controller 3 sticks. Practical Uses It is designed to act as a gimbal lock for the controller's joysticks. Included Parts - DJI Controller 3 gimble lock v3.stl Printing and Assembly Guidance For optimal results, use a 0.4mm nozzle. The author recommends printing the model in either PLA or ABS. Please note that this model requires supports during the printing process.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

DJI FPV Remote 3 Controller Travel Cover and Protector

DJI FPV Remote 3 Controller Travel Cover and Protector Purpose This minimalist, ultralight snap-on protector is designed to safeguard the sticks and gimbals of the DJI FPV Remote 3 from damage while stored in a bag. By utilizing a snap-on design rather than a full case, it aims to reduce overall packing bulk. Practical Uses It is intended for travelers or users who want to protect their controller's sensitive components without the weight or volume of a traditional hard case. The stick shields are specifically designed to accommodate sticks that are wider and longer than the official DJI sticks. Included Parts - DJI Controller 3 Cover.stl Printing and Assembly Guidance To ensure structural integrity, it is recommended to print the model sideways with the gimbal sticks positioned on top of each other; this ensures layer lines are strong in the direction the arms flex. For better performance under flex, the author recommends using a stronger material, such as PETG-GF/CF.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

DJI RCN1/2/3 controller Antenna Booster Protector

DJI RCN1/2/3 controller Antenna Booster Protector Purpose This model consists of two prints designed to provide support for the antenna frame and offer protection for the antenna booster used with DJI RCN-1, RCN-2, and RCN-3 controllers, as well as the Parabolic Antenna Booster. Practical Uses These protectors are intended to stabilize the antenna frame and safeguard the booster component during use or transport. Included Parts - DJI_RCN_Ant_Booster_Protector_Tablet.stl - DJI_RCN_Ant_Booster_Protector_Phone.stl

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

DJI RC-N Style Grab Stand

DJI RC-N Style Grab Stand Purpose This modular accessory is designed to snap onto DJI RC-N style controllers. It serves a dual purpose as a grab handle to make the controller easier to pick up and hold, and as a stand for stable placement. Practical Uses In addition to improving grip, the device functions as a stand. To prevent the grab-stand from rocking, the set includes a small component that slides into a slot and utilizes a notch to hold it securely in place. This model is also compatible with the Hanatora RC-N3 N2 N1 N1C Remote Controller 4.7-12.9 Inch Tablet Holder Mount. Included Parts The package includes the following files: - DJI_RCN_MainBody_Support_Slide_V5.stl - DJI_RCN_MainBody_Hanatora_Tablet_Stand_V4.stl (includes slots for aesthetics) - DJI_RCN_MainBody_Hanatora_Tablet_Stand_V3.stl Printing and Assembly Guidance The author updated the stabilizer bar (V5) to improve fit and made one side flat to facilitate easier printing. Assembly involves snapping the main body onto the controller and sliding the support piece into the designated slot to stabilize the stand.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

Adapter to convert CAPART RC2 Vest Support Lanyard mounts to RC-N Style Controllers

Adapter to convert CAPART RC2 Vest Support Lanyard mounts to RC-N Style Controllers Purpose This adapter is designed to allow DJI RC-N1, RC-N2, and RC-N3 style controllers to be attached to a mount originally intended for the RC2 controller. The author notes the design could potentially be used for other applications requiring the specific 4mm hole spacing of the original DJI RC2 mount. Practical Uses It serves as a conversion tool for users who have a vest mount system designed for the RC2 controller but wish to use RC-N series controllers instead. Included Parts - RC_N1_2_3_Vest_Mount_V03.stl - DJI_RCN_Clamp_Knobs_V01.stl - RC_N123_Holder_V01.stl Note: The author states this design was sculpted from an existing cradle design but is significantly modified from the original source.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

DJI RC-N2 to RC2 Mounting Holes Adapter

DJI RC-N2 to RC2 Mounting Holes Adapter Purpose This adapter is designed to allow DJI RC-N1, RC-N2, and RC-N3 controllers to emulate the specific 4mm hole pattern and spacing found on the RC2 controller. Practical Uses By replicating the RC2 mounting configuration, this adapter enables the attachment of lanyard hooks or other compatible devices to the RC-N series controllers. Included Parts - DJI_RCN_Vest_Attachment_V01.stl - RC_N1_2_3_Vest_Mount_V05.stl

Technology: Sin probar
material: —
Difficulty: Sin especificar

ElectrónicaFree

DJI RC-Controller Lanyard Bracket

DJI RC-Controller Lanyard Braket Purpose This model is a bracket designed to attach a lanyard to the DJI RC-Controller. Practical Uses It allows the user to secure the controller via a lanyard. Note that while the design maintains access to the charging port, the "Host" and Micro SD ports are not accessible to avoid increased bulk. Included Parts - DJI RC Lanyard Braket (.3mf file) - Required hardware: Two M4 x 8mm screws (not included) Printing and Assembly Guidance For optimal strength, it is recommended to use 4 or 5 perimeters and 4 or 5 solid layers, as the part may bend when hanging from a lanyard. Assembly is completed by using two M4 x 8mm screws to attach the bracket to the controller.

Technology: Sin probar
material: —
Difficulty: Sin especificar

ElectrónicaFree

DJI RC2 Remote - Mountain Bike Handlebar Mount

DJI RC2 Remote - Mountain Bike Handlebar Mount Purpose This model provides a solution for attaching a DJI RC2 remote to mountain bike handlebars. It is designed to offer a sturdier mounting option for remote controllers during outdoor activities. Practical Uses Designed for use on 35mm handlebars. The author has tested the mount during rock rolls and other activities, noting it held up well, though it has not been tested on super hard trail rides. For 31.8mm bars, the author suggests using a similar Garmin-style mount that utilizes two screws to allow for mount replacement. Included Parts - DJI Mount v5.4.stl - GoPro Garmin Mount Adapter v1.3.stl Printing and Assembly Guidance The author recommends printing the model laying down with the GoPro mount facing up. Suggested print settings include using PETG with 40% Gyroid infill and 8 perimeters. Supports should be used everywhere, but the author recommends painting the supports off the GoPro mount to ensure easier removal. For assembly, the author recommends using GoPro-style mounts equipped with a rubber stopper to prevent slipping. Metric screws are required for attaching the mount to the remote.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

DJI RC stick extensions

This model is a joystick extension designed for use with the DJI RC Receiver. It is intended to assist people with disabilities in operating the controller. Practical uses include providing extended control surfaces for drone RC operation, specifically for users with certain physical limitations or injuries. Included files: - DJI Stikextention.STL - DJI Stikextention.STEP The author reports this was 3D printed on a Creality 3D Ender 3 V3 KE.

Technology: Sin probar
material: —
Difficulty: Sin especificar