Cooper 416 TM — Information, Review, Specs

Stan Huntingford·1978·Cooper Enterprises Inc.
Approximate drawing

Hover a measurement to read its value

Hull type
Monohull · fin
Rig
Masthead Sloop
LOA
41.5' · 12.65 m
Displ.
24,000 lbs · 10,886 kg
First year
1978

The Cooper 416 TM represents a significant chapter in Canadian yacht building, emerging from the Port Coquitlam yards of Forbes Cooper during the height of the 1970s and 80s cruising boom. Designed by the renowned naval architect Stan Huntingford, the "TM" designation stands for "Traditional Modern," reflecting a design philosophy that blended a classic heavydisplacement hull form with contemporary construction techniques and interior amenities.

Measurements

Dimensions 01

LOA
41.5 ft
LWL
32.5 ft
Beam
14 ft
Draft
6.58 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× —
Ballast
10500 lbs (Lead)
Displacement
24000 lbs
Water
-
Fuel
-

Rig & sails 03

Rig type
Masthead Sloop
P · main luff
47.3 ft
E · main foot
13.9 ft
I · fore ht.
54.2 ft
J · fore base
17.5 ft
Forestay (est)
56.96 ft
Sail area
803 sqft

Calculations 04

SA/D ratio
15.44
Ballast/Disp.
43.75
D/L ratio
312.11
Comfort ratio
31.36
Capsize screening
1.94
Hull speed
7.64 kn

Built to withstand the rigorous conditions of the Pacific Northwest, the 416 TM was marketed as a robust, blue-water capable vessel suited for long-range voyaging. It occupies a distinct space in the Cooper lineage between the smaller Cooper 353 and the later, more voluminous 42-foot pilothouse models. As a flagship for Cooper’s dedicated sailing line, the 416 TM showcases the transition from the builder's early days of licensed Catalina production toward the high-quality, semi-custom craftsmanship that would later define the company's "Prowler" powerboat series.

Sailing Performance & Handling

Huntingford’s influence is evident in the 416’s underwater profile, which features a modified fin keel and a substantial skeg-hung rudder. With a displacement-to-length ratio that leans toward the heavy side, the boat is characterized by its momentum and sea-kindliness rather than raw speed in light air. The hull’s flared bow and generous freeboard help keep the decks dry when punching through a chop, a trait often highlighted in legacy reviews from Pacific Yachting.

The center-cockpit configuration provides excellent visibility and a sense of security, though it inherently raises the boom height, which can make reefing a more deliberate task than on a low-slung aft-cockpit boat. Under sail, the 416 TM is a "stable platform" boat; it tracks exceptionally well, resisting the tendency to wander in a following sea. While the sail-area-to-displacement ratio suggests it requires a stiff breeze to reach hull speed, its ability to carry sail late into a blow makes it a preferred choice for sailors traversing the offshore routes of the Inside Passage or the West Coast.

Interior Comfort & Variations

The interior of the Cooper 416 TM is a showcase of the joinery work that Forbes Cooper’s yard was known for, typically featuring extensive teak cabinetry and solid wood trim. The center-cockpit layout is utilized to its full potential, providing a spacious master aft cabin that is often accessible via a walkthrough galley. This separation of living quarters offers a level of privacy and "big boat" feel that was revolutionary for a 41-foot vessel at the time of its release.

Most hulls were configured with two heads and a generous U-shaped dinette. The "Traditional Modern" philosophy is most apparent in the blend of classic aesthetic—bronze ports and heavy wood—with a functional, open-concept salon. Cooper also produced a sibling variant, often referred to as the Cooper 416 Pilothouse or the Cooper 42. This version utilized the same hull but introduced an elevated salon with internal steering and larger windows, catering to cruisers in colder climates like the British Columbia coast or Alaska.

Known Issues & Buyer’s Checklist

Prospective buyers should prioritize a thorough inspection of the deck and structural components, as these vessels are now entering their fourth and fifth decades of service.

  • Deck Core Integrity: Like many boats of this era, the Cooper 416 utilized a sandwich core (often balsa or plywood) in the decks. Moisture ingress around improperly bedded chainplates, stanchions, or hatches can lead to localized delamination.
  • Tankage Access: The original fuel and water tanks were often made of black iron or aluminum. If these have reached the end of their service life, replacement can be a major undertaking, as the tanks were frequently installed before the deck was joined to the hull.
  • Chainplate Inspection: Given the boat's blue-water aspirations, the stainless steel chainplates should be pulled and inspected for crevice corrosion, particularly if the boat has spent significant time in tropical saltwater environments.
  • Wiring and Plumbing: While the original construction was robust, the electrical systems were designed before the era of high-draw electronics and large battery banks. Many 416s require a modern overhaul of the DC distribution panel and charging systems.

Community & Resources

While Cooper Enterprises ceased operations in 1990, the legacy of these boats is preserved through a dedicated owner community. Technical data and historical brochures are occasionally archived by the Vancouver Maritime Museum, which serves as a repository for records related to the British Columbia marine industry. Owners typically share maintenance logs and refit advice through independent nautical forums and regional cruising clubs in the Pacific Northwest.

The Verdict

The Cooper 416 TM remains a formidable choice for the budget-conscious sailor who prioritizes build strength and comfort over racing performance.

Pros

  • Exceptional sea-kindliness and stability in heavy weather.
  • High-quality interior joinery that provides a warm, classic feel.
  • Proven design pedigree from Stan Huntingford.
  • Spacious aft-cabin layout ideal for live-aboard couples.

Cons

  • Heavy displacement makes for sluggish performance in light winds.
  • High boom height can make mainsail management difficult for shorter crews.
  • Potential for costly tank and deck core repairs in neglected examples.
  • Center-cockpit design reduces the "connectedness" to the water felt in aft-cockpit models.

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