CARTER 30

TeligaRichard Carter

2
Boats
18
Sails
3
Configs

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Mainsails

9 sails from 2 boats across 1 configurations. Most popular: Standard Main (9 owners).

Main
9

Standard Main

Area17.6
Luff9.97 m
Foot2.95 m

Headsails

9 sails from 2 boats across 2 configurations. Most popular: Genoa #1 (130-155%) (6 owners).

Headsail
6

Genoa #1 (130-155%)

Area29.1
Luff11.21 m
Headsail
3

Jib #3 (<110%)

Area22.1
Luff11.35 m

CARTER 30 Sail Configuration Guide

Overview

The CARTER 30, designed by Richard Carter and built by Teliga, is a quintessential IOR-era cruiser-racer known for its seaworthiness and balanced handling. It serves sailors looking for a robust vessel capable of both competitive club racing and reliable coastal cruising.

Rig Specifications & Performance Analysis

Analysis of the CARTER 30 rig reveals a balanced but powerful sail plan:

  • Mainsail Configuration: A P/E ratio of 3.45 indicates a high-aspect rig, providing efficient lift and excellent upwind pointing ability.
  • Foretriangle Design: The I/J ratio of 3.12 is optimized for large overlapping genoas, characteristic of its design era.
  • Sail Area: 36m² total upwind area provides a respectable power-to-displacement ratio.
  • Performance: The design leans toward a weatherly, close-winded performance, particularly in light to moderate conditions.

Popular Sail Configurations

Most CARTER 30 owners utilize a versatile inventory suited for varying sea states:

  • Mainsail: Typically a fully battened configuration to maximize the high-aspect ratio's efficiency.
  • Headsail: Often a 135-150% overlapping genoa for light air, paired with a smaller working jib for heavier conditions.

Key Characteristics

  • High-aspect mainsail (P/E 3.45) offers superior lift-to-drag ratios upwind.
  • Substantial foretriangle (I/J 3.12) generates significant power through overlapping headsails.
  • 3.08m beam and 1.57m draft provide a stable, stiff platform for offshore work.
  • Predictable, weatherly sailing characteristics with a focus on balanced helm.

Sailing Considerations

The CARTER 30 is a stiff and seaworthy boat that handles heavy weather with confidence. In winds exceeding 18 knots, early reefing of the high-aspect mainsail is recommended to maintain optimal heel angles. The boat remains balanced and responsive, requiring moderate crew input for sail trimming during tacks.

Sailmaking Recommendations

For the CARTER 30, we recommend SurgeX membrane sails as the optimal choice for most sailors. SurgeX uses continuous fiber construction where fibers are laid along load paths and embedded in a thin membrane, providing superior shape retention compared to traditional Dacron while being more affordable than premium laminates. The continuous fiber structure means less stretch over time, maintaining the designed sail shape for years.

For racing applications, specify a lightweight SurgeX configuration with minimal base weight to maximize performance and acceleration. For cruising or bluewater sailing, add a taffeta protective layer on both sides to enhance UV resistance and abrasion protection. Based on the 3.45 P/E ratio, a load-path mapped membrane layout works best to handle the high vertical loads of the narrow mainsail. A typical inventory includes a high-aspect main, a 140% genoa, and a symmetrical spinnaker. With 36m² of sail area, plan to reef the main around 18-20 knots to maintain control and speed.

Conclusion

The CARTER 30 remains a highly capable platform with a rig that rewards high-quality sail shapes and modern materials. Explore sail options for CARTER 30 to unlock its full performance potential.

Rig Diagram

WL000P: 10.0E: 2.90IG: 11.6J: 3.73BAS: 1.415LOA: 9.13000

Rig Dimensions

PMainsail Hoist
10.00m
EMainsail Foot
2.90m
IForetriangle Height
11.62m
JForetriangle Base
3.73m
ISPSpinnaker Hoist
11.60m
SPLSpinnaker Pole
-m
BASBoom Above Sheer
1.42m
TPSTack Point
-m

Hull & Dimensions

Length Overall (LOA)9.13 m
Max Beam3.08 m
Hull ConstructionSolid

Mast & Rigging

Mast MaterialAluminum
Spreaders1

Ballast & Stability

Righting Moment52 kN·m

Propulsion

InstallationShaft exposed