taeppl.mov vs Retro Cam 2000

taeppl.mov isn't a filter. It's a camcorder. Every recording runs through live tape-era degradation — tracking artifacts, wobble, and signal drift, happening as you shoot, not applied after the fact. Play it back through the CRT mode and it looks like it's coming off an old television, not off your phone. There's no traditional editing — no trimming, no cutting, no rearranging clips. But you can do what a real camcorder always let you do: rewind into the middle of a take and record right over it. Drop a 10-second clip into the middle of a minute-long recording and it overwrites what was there, tape-style — no undo, no safety net, just the next take living where the old one used to be. Every recording has a hard length limit, like a real tape running out. When it's done, it's done — no infinite scroll, no bottomless camera roll, just a tape that ends. taeppl.mov is the video sibling to taeppl.wav — same honesty, same constraints, same belief that limitations make something feel like a real memory instead of just more footage. Record. Overwrite. Let it be a tape.

Press the power button and a self-test types itself out, a logo and a progress bar go by, and a blue desktop fades in. Open the camera and a modem sings while a "Connecting to camera device" window fills up. After that, it is just a camera. ■ Three lenses · Digicam 640×480 — warm color, soft focus, an orange date burned into the corner · Camcorder DV — scanlines and color bleed, REC and a running timecode on screen · Webcam 320×240 — cool, grainy, low resolution ■ Also in the box · A light-leak switch for one more layer of that era · Photos save as JPEG, video saves as MP4 with sound · My Pictures, Trash and Settings, all in windows from back then · Shutter, film advance and every dialog chime, made to sound like the year 2000 · Stamp your photos with the year 2000 if you like ■ Your photos stay on your device No account, no sign-in, no tracking. Everything you shoot is processed and stored only on this device. ■ English · 한국어 · 日本語 · 繁體中文 © 2026 ConyLab