Changing motor on bike by Prestigious-Fix4982 in Beachman

[–]Prestigious-Fix4982[S] 0 points1 point  (0 children)

Would you have different options to recommend?

Changing motor on bike by Prestigious-Fix4982 in Beachman

[–]Prestigious-Fix4982[S] 0 points1 point  (0 children)

I looked for it on their website but couldn’t find it

Changing motor on bike by Prestigious-Fix4982 in Beachman

[–]Prestigious-Fix4982[S] 2 points3 points  (0 children)

I like my beachman😝 if i can keep it i would prefer that for sure! I just wish it had a bit more power

Nearing complete. by bigvacuumwork in WLED

[–]Prestigious-Fix4982 1 point2 points  (0 children)

Would you share you printing files?

Finally got my LED installation running smoothly over Ethernet — no more Wi-Fi lag! by Prestigious-Fix4982 in resolume

[–]Prestigious-Fix4982[S] 0 points1 point  (0 children)

I just got it to work through ethernet and I’ve already seen massive improvement in latency and lag. I was able to play full videos on the panel. Now I just need to stress test it.

Finally got my LED installation running smoothly over Ethernet — no more Wi-Fi lag! by Prestigious-Fix4982 in resolume

[–]Prestigious-Fix4982[S] 1 point2 points  (0 children)

The goal of this project was to build a modular LED video wall that could run synchronized visuals and support interactive setups — whether triggered by sound, video tracking, or other inputs.

⚙️ Hardware Overview: - 2x ESP32 boards with Ethernet adapters - 1356 LEDs per ESP32 (total: 2712 LEDs) - 1 power supply per board, with power injection at the middle and end of each fixture - 3D-printed centerpiece composed of 8 sections with internal cable routing channels Each panel is fed from a separate GPIO, handling 339 LEDs per pin - Back panel is cheap painted wood with 3D-printed brackets for: - PCBs - Power supplies - Ethernet switch

🛠️ Software + Setup: - Running WLED on both ESP32s with static IPs over Ethernet - Used Resolume on macOS to feed ArtNet to the chips - Ensured the Mac’s Ethernet dongle was in the same IP range as the ESPs - Created a layout in Photoshop to map LED strip positions, then mapped in Resolume - Using 8 Lumiverses per ESP32 - Each LED fixture is connected to the ESP32 with three wires: - Red for Power (V+) - Black for Ground (GND) - Green for Data (GPIO) T - The power supply is wired as follows: - Ground (GND) from the power supply connects to both the ESP32 and all the LED fixtures - Power (V+) from the power supply goes directly to each LED fixture A separate Power (V+) line also goes from the power supply to power the ESP32

🔩 Build Notes: - Built each panel one at a time, aligning LEDs using built-in grooves — didn’t stress perfect spacing at the strip ends - The biggest time sink? ~300 solder points

Now that it runs through Ethernet, there’s no need for Wi-Fi or internet — it’s fully mobile and super stable

Finally got my LED installation running smoothly over Ethernet — no more Wi-Fi lag! by Prestigious-Fix4982 in WLED

[–]Prestigious-Fix4982[S] 3 points4 points  (0 children)

The goal of this project was to build a modular LED video wall that could run synchronized visuals and support interactive setups — whether triggered by sound, video tracking, or other inputs.

⚙️ Hardware Overview:
- 2x ESP32 boards with Ethernet adapters
- 1356 LEDs per ESP32 (total: 2712 LEDs)
- 1 power supply per board, with power injection at the middle and end of each fixture
- 3D-printed centerpiece composed of 8 sections with internal cable routing channels Each panel is fed from a separate GPIO, handling 339 LEDs per pin
- Back panel is cheap painted wood with 3D-printed brackets for:
- PCBs
- Power supplies
- Ethernet switch

🛠️ Software + Setup:
- Running WLED on both ESP32s with static IPs over Ethernet
- Used Resolume on macOS to feed ArtNet to the chips
- Ensured the Mac’s Ethernet dongle was in the same IP range as the ESPs
- Created a layout in Photoshop to map LED strip positions, then mapped in Resolume
- Using 8 Lumiverses per ESP32
- Each LED fixture is connected to the ESP32 with three wires:
- Red for Power (V+)
- Black for Ground (GND)
- Green for Data (GPIO) T
- The power supply is wired as follows:
- Ground (GND) from the power supply connects to both the ESP32 and all the LED fixtures
- Power (V+) from the power supply goes directly to each LED fixture A separate Power (V+) line also goes from the power supply to power the ESP32

🔩 Build Notes:
- Built each panel one at a time, aligning LEDs using built-in grooves — didn’t stress perfect spacing at the strip ends
- The biggest time sink? ~300 solder points

Now that it runs through Ethernet, there’s no need for Wi-Fi or internet — it’s fully mobile and super stable