3d thrust vectoring

This support reinforces the Max Thrust Riot/Ruckus undercarriage, which curiously comes in two separate halves instead of a single unified piece. It's held together by 1" self-tappers. ... Print this reinforcement with 100% infill using PETG - you might...

I am misusing the term "thrust bearing", but given the such light forces involved, a regular ball bearing is more than adequate. An isolator is required for this part to work well. ... I recommend this one: http://www.thingiverse.com/thing:750610 ...

I designed this drone propeller using **Drela AG17** airfoil coordinates and conducted testing with the **Drone Propeller Thrust Testing Jig**, which can be viewed below. The part was printed at slow speed, utilizing a 0.2 nozzle at 0.04 layer...

This is a critical component, the thrust tube, specifically designed for use with the FlyFly Mirage 2000 model, powered by a robust 90mm Electronic Ducted Fan (EDF). The exit diameter of this precision-crafted tube measures an impressive 75mm. To...

Humans need a thrust bearing and can make one themselves. The design is customizable using SCAD software and the customizer tool that follows. Airsoft balls are recommended, but it still works even with printed balls, although they can be noisy. ... A...

As seen on video - https://www.youtube.com/watch?v=twdufMbhbHI This is a RC Jet Turbine Thrust Stand/Ground Stand/Static I build for my recent project for KJ66. What you need to buy? 1) M5 Locknuts 2) M5 Screws 3) 2020 Aluminum Extrusion, depending...

American racing torq thrust 1/24 rim (18 inches full size) The dimensions of the model presented here are 19 x 11.4 mm The rim is composed of two parts that can be assembled with marker. The rim itself and a wheel center with nuts. ... In case of...

Thrust testing was successfully conducted with the Turnigy Aerodrive SK3 - 4250-500KV Brushless Outrunner Motor. With a 4S battery, it produced 2.3 kilograms of thrust at peak discharge and is capable of over 30,000 RPM. I have a video of the...

The thrust readings for the four selected voltage values are as follows: - 1.5V yields an impressive 11.45 grams - 2V generates a respectable 21.24 grams - 2.5V produces an even stronger thrust of 27.96 grams - 3V pushes the limits, delivering a...

This is a replacement battery hatch / cover for the Max Thrust Riot or the ArtTech Devil RC model aircraft. The original hatch is curved to match the profile of the fuselage, but in order to make it simpler to print and to limit the amount of support...

This is a small test rig I built to measure the thrust generated by 3D-printed propellers. Check out the pictures for a general idea of how it comes assembled. I used some M8 bolts, washers and nuts to hold the main assembly together. The smaller...

I designed this thrust bearing holder to upgrade the MendelMax 2 components, specifically addressing the issue of lacking a bearing to secure the Z screws at the base. It appeared that suspending the Z screws solely by the helical couplers wasn't...

Using the Dirge wings that were made as base I have done this set of wings to customize the G2 Ramjet figures that were more available in stores into Thrust. This parts are made to fit into the Seeker "elite" conehead body which was remolded from the...

Here are the thrust readings for a few voltage values (you can also view these in the images): - 1.5V => 15.23 grams - 2V => 21.42 grams - 2.5V => 27.04 grams - 3V => 41.98 grams The included files contain all the pictures taken during the test,...

... That's all that has changed. I've also renamed the Thing to indicate this is for thrust bearings (not roller/ball aka skate-style bearings). ... **EDIT 2:** I've added an example of a thrust bearing that would use one of these retention rings.

Here are the thrust measurements for a few voltage presets (you can also view these in the images taken during the test): - 1.5V => 6.04 grams - 2V => 11.85 grams - 2.5V => 20.28 grams - 3V => 28.25 grams The files you can download consist of all...

Here are the thrust readings for several voltage values (also visible in the pictures taken): - 1.5V yields 14.55 grams - 2V produces 21.96 grams - 2.5V generates 28.9 grams - 3V results in 34.74 grams The files included contain all relevant...

These are the thrust readings for a few voltage presets (you can also check these out in the images): - 1.5V => 9.47 grams - 2V => 19.05 grams - 2.5V => 26.47 grams - 3V => 32.12 grams The files you can download include all pictures relevant to the...

These are the thrust measurements for some voltage presets (you can also view these in the images): - **1.5V** yields **11.9 grams** - **2V** yields **22.41 grams** - **2.5V** yields **31.12 grams** - **3V** yields **36.61 grams** The files I...

These are the thrust readings for some voltage values (you can also view these in the images): - **1.5V** results in **7.14 grams** - **2V** produces **12.73 grams** - **2.5V** yields **20.69 grams** - **3V** generates **26.37 grams** The files...

Here are the recorded thrust measurements for various voltage levels (also captured in the accompanying photos): - At **1.5V**, the measurement was **8.35 grams**. - At **2V**, it registered **19.7 grams**. - At **2.5V**, the reading was **26.98...

Here are the thrust measurements for various voltage levels (also visible in the accompanying images): - **1.5V** yields **11.59 grams** - **2V** results in **20.95 grams** - **2.5V** produces **28.6 grams** - **3V** generates **35.16 grams** The...

These are the thrust readings for some voltage values (also visible in the photos taken): - **1.5V** yields **8.45 grams** - **2V** results in **11.29 grams** - **2.5V** produces **22.59 grams** - **3V** generates **39.61 grams** The files I have...

Given that Raymarine calls this component the "thrust cap," one would expect them to have designed it with more durability in mind, such as a solid core and no weak neck. But they didn't, so we decided to create our own replacement using PLA instead...

Here are the thrust measurements for various voltage presets (also viewable in the images): - 1.5V yields 12.54 grams - 2V results in 17.31 grams - 2.5V produces 22 grams - 3V generates 40.17 grams The included files consist of all shots taken...

Here are the thrust readings for various voltage levels (you can also view these in the accompanying images): - **1.5V** yields **4.7 grams** - **2V** generates **13.56 grams** - **2.5V** produces **18.52 grams** - **3V** results in **31.69 grams**...

But, as I have the "original" thrust bearings for z-motor load reduction, I derived this version, implementing hole sizes from maxbots' original piece. The instructions are similar to AlephObjects' version, requiring a couple of additional T-nuts in...

One of the gears is secured by a small clip that HP refers to as the "thrust stopper." The replacement instructions caution against dropping the clip inside the printer. Unwilling to spend $10 on a tiny piece of plastic or wait weeks for...

Transporting a Max-Thrust Riot is now a breeze with the Tail stand and Wheel brace. I was tired of trying to keep my Riot steady in the backseat, so I designed this solution. The pins on the bottom grip the carpet without causing any damage,...

I successfully designed the drone propeller with the **Drela AG10** airfoil coordinates and tested it on the **Micro Drone Propeller Thrust Testing Jig** (test results below).\r\n\r\nThe part was printed slowly, utilizing a **0.2 nozzle** at 0.04...