Achilles SPD-330E Inflatable Boat

The Achilles SPD-330E Inflatable Boat is a heavy-duty sport tender designed for boaters who need maximum space, stability, and load capacity. As the largest SPD model, it combines a rigid aluminum deck system with reinforced Hypalon fabric, delivering a solid underfoot feel and reliable handling for demanding marine activities.

Features and Performance

• CSM-Reinforced Hypalon Fabric
  Engineered to withstand UV exposure, saltwater, fuel, and abrasion in harsh marine environments.

• Rigid Aluminum & Wood Floorboard System
  Provides a firm, non-flexing deck that improves stability, load support, and passenger confidence.

• Aluminum Stringers and Floorboard Joints
  Increase overall hull rigidity and structural strength.

• Air Keel Construction
  Enhances tracking, balance, and smoother handling at displacement and planing speeds.

• Fiberglass-Coated V-Shaped Transom
  Built to support higher horsepower short-shaft outboards up to 20hp.

• Four-Layer Seam Construction
  Improves durability and long-term reliability at critical stress points.

Why You Should Buy It

• Largest and most capable model in the SPD Sport Tender Series

• Designed to plane efficiently with a 20hp outboard

• Excellent choice for diving, fishing, taxiing, and ocean play

• Rigid deck feel with the toughness of Hypalon construction

• Backed by Achilles 5-Year Warranty for long-term peace of mind

FAQ – Achilles SPD-330E Inflatable Boat

What makes the SPD-330E suitable for heavy-duty use?
Its rigid aluminum deck system, reinforced Hypalon fabric, and strong transom make it ideal for high-load and high-use applications.

What outboard motor size is recommended?
A 20hp short shaft outboard is recommended for optimal performance and planing capability.

How many people can the SPD-330E carry?
It supports up to 5 persons with a maximum load capacity of 1,300 lbs.

Is this boat suitable for saltwater and ocean use?
Yes. The Hypalon (CSM) fabric and fiberglass-coated transom are designed for harsh saltwater environments.