Marine Clinometer for Boat Navigation - Night Illuminating Double Tube

• Boat Tilt Angle Measurement — This marine clinometer helps sailors and navigators monitor boat heel and trim angle during sailing, docking, and navigation so you can maintain stability on the water.
• Night Illuminating Double Tube — Equipped with a night-illuminating double-tube display that provides readable angle measurements in low-light or nighttime conditions, allowing continuous monitoring without external lighting.
• PP Material Construction — Made of PP (polypropylene) material that is strong and wear-resistant for long-term performance; lightweight design suitable for regular use in marine environments.
• Compact Size for Multiple Boat Types — Measures 6.02 x 3.74 x 0.30 in (15.3 x 9.5 x 0.75 cm); compatible with sailboats, fishing boats, yachts, and cargo ships—verify your mounting space before ordering.
• Single Clinometer for Mariners — Includes 1 marine clinometer; designed for sailors, navigators, and boating enthusiasts who need a reliable tilt reference during navigation and docking maneuvers.

Description:

- 【Function】: Marine clinometer is suitable for navigation, docking, etc. to ensure the stability of the boat on the water.
- 【Material】: Professional boats inclinometer is made of PP material, which is strong and wear resistant to ensure long term performance and reliability.
- 【Wide Application】: Sailing clinometer can be applied to sailboats, fishing boats, yachts, cargo ships, etc., and is very suitable for sailors, navigators, and enthusiasts.
- 【Quality】: The marine clinometer adopts a double tube design to provide clear readings, ensuring that you can make accurate angle measurements.
- 【Please Note】: The level gauge will also work uninterruptedly at night, and is equipped with a night lighting double tube for your convenience.



Specification:

- Material: PP



Size Chart:

15.3cmx9.5cmx0.75cm/6.02inchx3.74inchx0.30inch



Package Includes:

1x Marine Clinometer



Note:

Please allow slightly errors 1-2cm differences due to manual measurement.