The Essential Guide to Radar Arches on Boats
Radar arches are a distinctive feature on many sailboats, serving both functional and aesthetic purposes. These arches are not just about giving a vessel a modern look; they play a crucial role in enhancing the boat’s functionality and safety. It is key to hire an expert fabricator to assist you in the design, build and installation.

What is a Radar Arch?
A radar arch is a structure typically mounted on the stern of a boat, providing a high point for mounting essential equipment such as radar domes, navigation lights, antennas, and other electronic devices1. It’s designed to keep these devices above the boat’s line of sight, ensuring clear signal transmission and reception.

Design and Construction
The design of a radar arch is critical for its effectiveness. It must be robust enough to support the weight of the equipment, yet lightweight to avoid adding unnecessary weight to the boat. Most radar arches are made from marine-grade aluminum or stainless steel, offering strength and resistance to the corrosive marine environment
Installation and Adjustability
One of the key features of modern radar arches is their adjustability. This flexibility is particularly useful for boat owners who may upgrade their equipment or change their boat’s configuration.
Benefits of a Radar Arch
- Equipment Mounting: The primary benefit of a radar arch is its ability to mount various equipment at an elevated position, which is essential for optimal performance of radar and communication systems.
- Space Optimization: By mounting equipment on the arch, boat owners can free up valuable deck space, making the vessel less cluttered and more comfortable.
- Safety: With navigation and communication devices mounted on the arch, they are less likely to be obstructed or damaged, contributing to safer voyages.
- Aesthetics: A well-designed radar arch can enhance the overall appearance of a boat, giving it a sleek and modern profile.
Customization and Accessories
Klacko Marine offer customization options for radar arches, allowing boat owners to tailor the arch to their specific needs.

Conclusion
Whether you’re a recreational boater or a seasoned sailor, a radar arch can be a valuable addition to your vessel. It not only elevates the look of your boat but also enhances its functionality and safety at sea. With the right design and installation, a radar arch can be a game-changer for your boating experience.

DINGHY CHOICES
AB Inflatables is celebrated for over 50 years of continuous production, offering a diverse range of rigid inflatable boats (RIBs) recognized globally for their superior design and quality. Born in 1969, AB Inflatables has become a trusted name in both recreational and commercial marine markets. Their boats are known for a unique forward hull design that enhances performance and provides a smoother, more stable ride. They are committed to quality, undergoing rigorous third-party audits and maintaining detailed production records for continuous improvement. Handcrafting each boat in-house, AB Inflatables ensures meticulous attention to detail across their extensive portfolio, which includes jet tenders, fiberglass or aluminum hull RIBs/dinghies, and professional RIBs

Highfield dinghies are renowned for their performance and durability, featuring lightweight aluminum hulls that provide impressive speed and maneuverability on the water. They are designed to handle both calm and rough waters with ease, ensuring a smooth ride for passengers. Highfield offers a range of models, from compact versions ideal for two people to larger variants that can accommodate up to six passengers. The dinghies are equipped with various safety features, including non-slip decks and multiple grab handles, enhancing passenger security. The aluminum construction not only makes the dinghy resistant to damage but also requires minimal maintenance. Highfield’s use of PVC or Hypalon for the inflatable tubes further improves resistance against punctures and UV damage, making them a popular choice among boating enthusiasts