Colin Archer 1100 Information, Review, Specs

Make
Colin Archer
Model
1100
Builder
Designer
Number Built

The Colin Archer 1100 represents a modern homage to the legendary "Redningskoite" rescue vessels designed by the eponymous Norwegian naval architect in the late 19th century. This 11-meter (approximately 36-foot) double-ender is not a production boat in the conventional sense but is typically found as a semi-custom build, often constructed in steel or heavy-duty fiberglass (GRP) by specialized European yards. Designed for the rigors of the North Sea, the 1100 series scales down the massive proportions of the original pilot boats into a manageable size for a cruising couple, maintaining the iconic pointed stern, deep draft, and heavy displacement that define the "Colin Archer" type. These vessels are prized for their ultimate "get-home" capability, designed to be most at home when conditions deteriorate and lighter, modern fin-keel yachts are forced to seek shelter.

Sailing Performance & Handling

The sailing characteristics of the Colin Archer 1100 are dictated by its massive displacement and full-length keel. This is a "momentum boat"; it requires a stiff breeze to get moving, but once its significant mass is in motion, it provides a motion at sea that is famously comfortable and "kind" to the crew. The double-ended hull form is designed to split following seas, preventing the "pooping" (waves breaking into the cockpit) that can plague wide-transom modern designs in heavy weather.

The rig is almost universally a cutter configuration, which allows for a versatile sail plan. In high winds, the boat can be sailed under a stay-sail and reefed main, keeping the center of effort low and centered. While technical ratios for this model—such as a Displacement/Length ratio typically exceeding 350—indicate a lack of light-wind agility, the 1100 excels in tracking. The long keel ensures that the boat holds its course with minimal helm correction, a trait highly valued by long-distance voyagers. However, this same keel makes maneuvering in tight marinas challenging, often requiring the use of a bow thruster, which is a common aftermarket addition for this model.

Interior Comfort & Variations

Inside, the Colin Archer 1100 typically feels more like a traditional ship than a modern fiberglass yacht. Because these boats were often finished by different yards or as owner-completed kits, the interior quality can vary, though most adhere to a high standard of joinery using solid teak or mahogany. The 11-meter hull length provides enough volume for a traditional "blue water" layout: a secure U-shaped galley near the companionway, a dedicated navigation station, and a cozy saloon with deep settees that double as excellent sea berths.

The 1100 is often found in two primary variations: the flush-deck version and the deck-house (or "pilot house") version. The flush-deck model offers a beautiful, clear working deck and a more traditional aesthetic, while the deck-house version provides a secondary steering station and panoramic views, which is particularly desirable for high-latitude cruising. Sibling models include the slightly smaller Colin Archer 1010 and the larger 1200 and 1300 variants, many of which were designed by Kees van de Stadt, who modernized the original Archer lines for steel construction.

Known Issues & Buyer’s Checklist

Prospective buyers of a Colin Archer 1100 must prioritize structural integrity over cosmetic finish, as these boats are often decades old and built in materials that require specific maintenance.

  1. Steel Corrosion (Hull & Decks): For steel-hulled 1100s, the primary concern is "inside-out" corrosion. Crucial inspection points include the bilges under the engine and the chain lockers where water can sit. A professional ultrasonic hull thickness test is mandatory to ensure the plating still meets safety specifications.
  2. Teak Deck Longevity: Many 1100s were fitted with thick teak decks over steel or GRP. On steel boats, a leaking teak deck is a catastrophic risk, as it allows saltwater to sit against the steel sub-deck, leading to hidden "rust bleeds."
  3. Rudder Hardware: The massive barn-door rudder is hung on the trailing edge of the keel. The pintles and gudgeons (the hinges) are under immense stress and should be checked for play or sacrificial anode depletion.
  4. Engine Access: Due to the deep V-shape of the hull and the placement of the cockpit, engine access can be cramped. Check for historical maintenance records, as neglected cooling systems are common in the tight engine compartments of these designs.

Community & Resources

Owners and enthusiasts of these designs are supported by the Colin Archer Club, a Dutch-based association that provides a wealth of technical knowledge and a registry of various builds, including the 1100 series. This group is the primary authority for verifying the provenance of a specific hull and understanding the differences between the various naval architects (such as Roslan or Van de Stadt) who adapted the original designs.

The Verdict

The Colin Archer 1100 is a specialist’s boat, intended for those who value safety, history, and heavy-weather capability over speed and marina-friendly handling. It is a "purpose-built" ocean crosser that offers a level of security few modern boats can match.

Pros

  • Exceptional Seaworthiness: One of the safest hull forms ever designed for heavy seas.
  • Timeless Aesthetic: A classic "salty" look that commands respect in any harbor.
  • Comfortable Motion: Heavy displacement minimizes the jerky movements that cause seasickness.

Cons

  • Slow in Light Winds: Requires a significant breeze to overcome hull friction.
  • Difficult Docking: The long keel and weight make tight-quarters maneuvering stressful without a thruster.
  • High Maintenance: Steel hulls and traditional rigs require more dedicated upkeep than modern production boats.

Measurements

Construction & Hull

Construction Material
Hull Type
— Sailboat
Keel Type
Ballast
-
Displacement
-
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
-
Waterline Length (LWL)
-
Beam
-
Draft
-
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
P (Main Luff)
-
E (Main Foot)
-
I (Foretriangle Height)
-
J (Foretriangle Base)
-
Forestay Length (est)
-
Sail Area
-

Calculations

Sail Area / Displacement (SA/D) Ratio
Ballast / Displacement Ratio
Displacement / Length Ratio (D/L) Ratio
Comfort Ratio
Capsize Screening Formula
Hull Speed
— kn