Martin Raptor

• All Products by Martin
• Other Effect Lighting by Martin

The Raptor is a powerful mid-air performer that creates a dynamic, eye-catching show with more than 70 ever-changing light beams.

Small and lightweight…but deceptively fast and powerful, the new Martin Raptor lives up to the wild, aggressive reputation of its Jurassic namesake. With the Raptor, Martin has given real teeth to the DJ lightshow. More than 70 razor sharp light beams slice through the air, constantly changing color and direction to the intensity of the music.

The Raptor has more power. It employs a 250 watt halogen lamp to give unrivalled brightness for a unit of its compact dimensions. And it’s always ready when you need it. A built-in high speed cooling fan ensures the Raptor is ready to rip all night long

Features

* 250 W halogen lamp
* 1000 hour lamp included
* 9 gobos
* Colored dichroic glass paddlewheel
* 70 ever-changing, moving, colored light beams
* Safety approvals CE
* Rigorously tested for total reliability
* Music triggered
* Continuous operation - no cool down time needed

Martin Raptor

• All Products by Martin
• Other Effect Lighting by Martin

Physical
Length: 240 mm (9.4 in.)
Width: 400 mm (15.7 in.)
Height: 170 mm (6.7 in.)
Weight: 6.7 kg (14.8 lbs.)

Lamp
Type: 250 W, 24 V ELC halogen
Fitted as standard: Philips ELC 10H 250 W (1000 hrs.)
Socket: GX 5.3

Dynamic Effects
Motorized rotating parabolic mirror dish
9 gobos
Motorized dichroic filter paddlewheel

Control and Programming
Stand-alone trigger options: Music trig, automatic level sensitivity adjustment

Construction
Housing: Steel and aluminum

Installation
Mounting points: Adjustable mounting bracket
Orientation: Any

Connections
AC power input: 3-pin IEC male socket

Electrical
AC power: 110-120 V, 50/60 Hz (US model), 230-240 V, 50/60 Hz (EU model)
Main fuse: 5.0 AT (US model), 2.5 AT (EU model), slow blow

Thermal
Cooling: Forced air
Maximum ambient temperature (Ta max.): 40° C (104° F)
Maximum surface temperature, steady state, Ta=40° C: 60° C (140° F)
Typical heat dissipation (calculated): 920 BTU/hr.