www.seadiscovery.com Marine Technology Reporter 19
Visit www.maritimeequipment.com/mt & Click No. 208
- Polymeric (mid-range applica-
tions)
- Penetrators (pressure boundary
penetration)
- "Portsmouth" (MIL-C-24231)
Bluefin Robotics
237 Putnam Avenue, Cambridge, MA USA 02139
Tel: 617-715-7082; Fax: 617-498-0067
E-mail: babraham@bluefinrobotics.com
CEO: Dr. Brian Abraham
Number of Employees: 65
Annual sales: $10 million
Starting in 1989, the MIT
Autonomous Underwater Vehicle
Laboratory pioneered AUV platform
technologies. The 15-year long pro-
gression from the SeaSquirt to the
current Bluefin AUV components,
power systems and platforms has led
to dramatic gains in capability, per-
formance, and applicability. Capable
of reaching the sea floor and robust
enough to be deployed in the
Antarctic and the Labrador Sea, the
Bluefin team has proven that AUVs
can be a reliable, affordable tool to
the academic, commercial, and mili-
tary community. In particular, the
Bluefin AUV is the standard vehicle
for the scientific community. Woods
Hole Oceanographic Institution,
Oregon State University, MIT,
MBARI, and Florida Atlantic
University have all placed orders for
AUV systems from Bluefin. Founded
in 1997, and headquartered just
blocks from the MIT laboratory that
created its core UUV technology,
Bluefin Robotics has grown to a 65-
employee company whose design,
production, and operations facilities
occupy two locations in the Boston
area. To date, Bluefin has built (or is
producing) a total of 40 UUVs for
military, commercial and academic
customers. Bluefin's AUV technology
is built on 15 years of effort and over
$40 million of AUV R&D funding.
Technology Profile
Since 1999, Bluefin has been a prof-
itable organization and has expanded
its product portfolio to include sever-
al classes of vehicles and peripheral
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