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This GoPro Housing with Intervalometer board and LED light module attached to the top door was created as a low cost, shallow depth, effective housing for graduate research. The housings are machined out of PVC and depth rated to 30 feet. The intervalometer board controls the camera and light simultaneously. Includes a NiMH 10 cell pack, two Chargers, and custom intervalometer electronics package.

The Tiltmeter housing is designed to take the Tilt Box II underwater. The housing is machined out of PVC and clear cast acrylic, and features stainless steel buttons for operating the instrument. It can be safely used to a depth of 135 feet. This housing could be used for a variety of applications including underwater archaeology, underwater surveying, or underwater inspections of structures.

The Raytrix camera is a new piece of gear that utilizes 3D Light Field technology to capture three dimensional information using only one lens and one camera.  For this project, we modified one of our MV40-25 camera trays to accept this camera and lens combination and used a flat port on the front of the housing.  The housing also uses our String-Loc closure method.

This housing was commissioned by a government agency to be used in a testing tank.  The holes in the Aluminum door were for flange-mount connectors and the internal tray system was designed to hold their custom electronics.  The door is sealed using two face sealing orings.

This housing was designed to allow a JAZ spectrophotometer to be used underwater. It consists of a 5-inch Schedule 40 PVC cap and coupler joined by pipe. The door is clear cast acrylic with a double o-ring bore seal, and a tray for mounting the instrument. This device has a tiny fiber-optic connector to the outside, for attachment of probes. The FO is in a rigid passthrough that goes through the housing door, and then to a semi-rigid 90 degree elbow, and into the instrument. There is a control in the door to tell the instrument when to take a...