Tinymodel Raven -video 18-.zipl ((free)) -
: Assets for training a specific model (the "Raven") on motion or visual patterns. Archival Backup : A compressed snapshot of a specific project milestone. Usage Note
| Timestamp | Scene | Why It’s Important | |-----------|-------|--------------------| | | Unboxing of the Raven Payload Kit (a tiny 3‑D‑LiDAR module). | Demonstrates the ease of extending the platform’s capabilities. | | 02:12 | Assembly of a modular camera gimbal (micro‑servo + 1‑MP camera). | Shows mechanical integration without compromising weight balance. | | 04:37 | Firmware configuration: switching from Betaflight to PX4 for autonomous waypoint missions. | Highlights the flexibility of the TinyFC firmware stack. | | 07:55 | First indoor hover test in a 3 × 3 m netted arena. | Validates flight stability with the added payload (≈ 20 g). | | 12:18 | Outdoor mapping flight over a small garden, data streamed via the 915 MHz link. | Proves the Raven can perform useful sensing tasks. | | 15:44 | Battery swap demo – the hot‑swap connector reduces turnaround time to < 30 s. | Critical for field operations where downtime matters. | | 18:00 | Summary & next steps: a teaser for a swarm demo with three Ravens. | Sets the stage for the community’s future roadmap. |
: The numbering suggests an iterative project where "Video 18" is a finalized or specific test output in a longer production pipeline. Potential Applications Post-Production Rendering Tinymodel Raven -video 18-.zipl
: Video 18 likely represents a specific segment or scene in a larger series. These files often contain raw frames (e.g., .PNG or .EXR) intended for post-processing. Model Parameters
Unveiling Elegance: Tinymodel Raven in Video 18 : Assets for training a specific model (the
, as the "l" is sometimes appended to indicate a "locked" or "layered" archive format. specific analysis of the file's contents, or should I help you find a compatible viewer for this format? AI responses may include mistakes. Learn more
Video 18 has already sparked several community projects: | Demonstrates the ease of extending the platform’s
| Feature | Details | |---------|---------| | | Carbon‑fiber reinforced nylon, laser‑cut for sub‑millimeter tolerances. | | Propulsion | 2 × 220 kV brushless motors driving 2‑inch propellers, powered by a 2S 350 mAh Li‑Po. | | Flight Controller | STM32F4‑based “TinyFC” running Betaflight 4.3 (customizable for PX4). | | Telemetry | 2.4 GHz RC link + optional 915 MHz telemetry module. | | Modularity | Snap‑fit motor mounts, interchangeable wing panels, and a “plug‑and‑play” sensor bay. |
The TinyFC board houses a dual‑bootloader allowing a one‑click flash from a USB‑C cable. The video walks through:
