Loki

CNC That Actually Makes Sense —–The most interesting thing about the Loki is simple: the CNC main body is also the air cylinder. Yes — the CNC body itself is the air cylinder. No separate cylinder sitting inside a big machined shell. The body is the cylinder. Finally, CNC that feels like it’s doing something more than replacing printed parts with aluminium.

The Loki’s Trick by Diamond Dogs is a compact, high-performance spring-powered foam dart blaster built around a hybrid CNC-machined and 3D-printed design. Unlike a conventional printed springer, the Loki uses a CNC-machined metal main body that also functions as the air cylinder, creating a slim profile while the 3D-printed components allow extensive colour and appearance customisation. In its standard configuration, the Loki’s Trick is capable of 190+ FPS, with a short priming stroke and approximately 76cc cylinder volume.

This collection brings together the Diamond Dogs Loki’s Trick blaster, parts and compatible performance components, including barrels, short-dart magazines and BCAR options. The platform uses a 250mm dual-threaded barrel and threaded BCAR system, while compatible Worker 310mm threaded barrels provide additional options for different barrel and performance configurations.

The combination of a CNC air cylinder, compact layout and short prime makes the Loki’s Trick an unusual alternative to larger high-performance springers. Its hybrid construction also combines the rigidity and compact packaging of CNC components with the customisation possibilities of a 3D-printed foam dart blaster, making the platform particularly suited to customised complete builds.

Whether you are searching for a Diamond Dogs Loki’s Trick, Loki foam dart blaster, CNC springer, CNC foam dart blaster, metal short-dart blaster, compact high-FPS springer or threaded BCAR blaster, this collection brings the Loki platform and compatible components together in one place. Check individual product pages for available configurations, colours, specifications and compatibility.