
Below-deck system · Furuno
Furuno NavPilot 711C
The workboat and long-range cruiser's autopilot with a colour head and adaptive self-learning.
- Indicative price
- $4,500–$6,800 unit
- Fitted
- $7,000–$12,000
- Rated for
- Sized by drive or pump
- Editor score
- 73 / 100
The NavPilot 711C is Furuno's general-purpose autopilot for larger vessels: a colour control head, a processor that drives hydraulic pumps, solenoid valves or mechanical drives, and an adaptive self-learning algorithm that keeps refining its steering as the boat is used. It is common on trawler-style cruisers, catamaran ferries, charter boats and the smaller end of the commercial fishing fleet, and it supports on suitable outboard installations too.
For an owner of a displacement motor cruiser heading up the Queensland coast or around to the Kimberley, the 711C's appeal is durability and a menu structure written for people who navigate for a living. It supports two control heads, a wireless remote, and drives from a 24 V house system without fuss.
Verdict
Furuno NavPilot 711C drive sizing
Sized by drive. Suits hydraulic cylinders from small outboard systems up to large commercial rams via Furuno pumps or solenoid valve control; mechanical drives via a third-party actuator.
Specifications
Autopilot components, voltage and steering modes
- Sensor
- Furuno PG-700 heading sensor or SC satellite compass
- Processor
- FAP-7002 processor, 12/24 V
- Control
- FAP-7011C colour control head; second head and wireless remote optional
- Drive
- Hydraulic pump, solenoid valves or mechanical drive
- Voltage
- 12 V or 24 V DC
- Network
- NMEA 2000, NMEA 0183, Furuno NavNet
- Power draw
- 2 A typical, 15 A peak. Depends on pump; 24 V systems halve the current.
- Steering systems
- Hydraulic; Mechanical wheel (cable, chain or rod); Outboard (cable or hydraulic)
Modes
- Auto (heading)
- Nav (route following)
- Wind mode (with wind data)
- Fish Hunter patterns
- Dodge, turn and remote steering
Features
- Adaptive self-learning steering
- Fantum Feedback support on outboard boats
- Two control heads and a remote
- Satellite compass option for the most stable heading
- Commercial-grade build and menus
For and against
Autopilot strengths and limitations
- Long service life; common on working vessels
- Satellite compass option removes magnetic interference on steel boats
- 24 V native
- Supported by commercial marine electronics dealers in every port
- Interface is functional rather than pretty
- Recreational sailing features are basic
- Fewer leisure dealers than Garmin or Raymarine
Who fits it
Boats and places where this system is recommended
Boat types
- Planing power cruisers → For long-range and 24 V vessels with a commercial flavour.
- Displacement motor cruisers and trawlers → Built for this: 24 V, satellite compass option, commercial menus and long service life.
Australian waters
- Western Australia → For 24 V long-range cruisers and charter boats bound for the north-west.
- Northern Territory → For charter and survey vessels on 24 V.
- Gold Coast and Tweed → For the long-range motor cruiser heading north up the reef or across to New Caledonia. It is built for continuous 24 V operation on bigger vessels, and it behaves properly at displacement speeds where planing-biased pilots do not.
- Cairns and Far North Queensland → Built for exactly this: long days at 24 V on a heavy hydraulic boat, with the low-speed control a game boat needs while trolling the Ribbons. It is also the system most local commercial operators will be familiar with.
Questions
Furuno NavPilot 711C: frequently asked
Can the 711C be used on a vessel in commercial survey?
Yes, it is commonly fitted on domestic commercial vessels. Whether a particular vessel needs an autopilot to meet its survey requirements depends on its class and operation under the NSCV; the pilot itself is not certified, the installation is assessed by the surveyor.
Alternatives to consider
The systems most often weighed against this one.
- Below-deck systemGarmin
Garmin Reactor 40 (Hydraulic, Mechanical, Steer-by-wire and Sail)
- Indicative
- $2,900–$5,200
- Editor score
- 83
- Below-deck systemRaymarine
Raymarine Evolution EV-400
- Indicative
- $8,500–$14,000
- Editor score
- 77
- Below-deck systemSimrad
Simrad AP44 with NAC-2 or NAC-3
- Indicative
- $3,300–$5,800
- Editor score
- 77
Other below-deck system systems
- Below-deck systemRaymarine
Raymarine Evolution EV-150 Hydraulic
- Indicative
- $3,900–$4,900
- Editor score
- 70
- Below-deck systemRaymarine
Raymarine Evolution EV-200 (Sail and Power)
- Indicative
- $5,900–$7,600
- Editor score
- 80
- Below-deck systemB&G
B&G NAC-2 Autopilot (Triton2 Pilot Controller)
- Indicative
- $3,400–$4,200
- Editor score
- 70
- Below-deck systemB&G
B&G NAC-3 Autopilot (Triton2 Pilot Controller)
- Indicative
- $4,300–$5,300
- Editor score
- 77
Head to head
Comparisons featuring this system
Autopilot commissioning and operator training
A $12,000 installation with no handover is a gamble. Half a day on the water with the installer or an instructor covers the modes, the override, the alarms and a failure drill. It is the cheapest safety equipment aboard.