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Teledyne Marine recently
unveiled its Compact
Navigator, a ground-breaking,
ultra-compact and advanced
autonomous integrated
navigation solution that
redefines performance in a
small form-factor.
“Extreme optimisation on size,
weight, power, performance,
and functionality makes the
new Compact Navigator
revolutionary,” said Rolf
Christensen, Head of Product
Management at Teledyne
Marine.
"It’s ultra-compact design,
high-accuracy, premium
titanium construction, and
ability to operate in
challenging acoustic
environments make it the new
‘go-to’ choice for operators
requiring reliable, high-
performance navigation in both
subsea and surface
applications.
It is Ideal for small vehicles, it
enables inspection and survey
applications not previously
achievable."
Available in two depth-rated
versions—4000m and 300m—
the Compact Navigator has
been developed using unique
Teledyne Marine technology by
navigation experts and in
consultation with key ROV and
AUV companies.
KEY ADVANTAGES
• World's Smallest High-
Accuracy Navigator – Measures
COMPACT NAVIGATOR
only Ø114mm x 135mm, fitting
within the volume of most
standalone DVLs, while still
outperforming much larger
navigation systems
• Ultra-Low Power Consumption
– Uses less than 7W, a
breakthrough in energy
efficiency. Allowing missions to
last longer and extending the
time before a vehicle needs to
surface.
• Seamless Integration – A single
lightweight unit with minimal
cabling simplifies installation,
reduces costs, and frees up
valuable space on compact
vehicles.
The Compact Navigator’s fully
autonomous operation
eliminates the need for external
aiding or operator intervention,
ensuring ease of use. It also
features comprehensive
connectivity, with power,
Ethernet, dual triggers, and serial
connections accessible via a
single connector.
The advanced phased array DVL
technology enhances
performance while maintaining
its compact size, allowing the
instrument to sit flush with an
AUV or ship hull.
Designed for versatility, the
Compact Navigator supports a
wide range of applications, from
ROVs and AUVs to shallow water
surface navigation, GNSS-denied
environments, and dynamic
positioning for surface vehicles.
It combines true North-seeking
gyrocompass-grade
performance with a rich WebUI
for integration, operation, and
troubleshooting. With a factory-
calibrated design and battery
backup option, it ensures high
reliability in demanding
environments.
Unlike traditional surface
navigation systems, the Compact
Navigator operates
independently of GNSS, making
it resistant to jamming or signal
loss. This breakthrough is
particularly crucial for shallow
water navigation, where
traditional GNSS-dependent
systems can fall short.
As autonomous surface vehicles
become more prevalent, a
robust and independent
navigation solution like the
Compact Navigator becomes
increasingly vital.
NEWS
TELEDYNE MARINE