The TTW S6-67e is a premium, full-size outdoor table tennis table made in Germany for schools, clubs, parks, community spaces and serious home use.
Its substantial 10 mm blue melamine resin playing surface provides an excellent, consistent bounce while resisting moisture and changing outdoor conditions. The fixed undercarriage creates a stable playing platform, making it an excellent alternative to a permanent concrete table.
A heavy-duty galvanised steel net and post set is included.
Designed for Year-Round Outdoor Play
The TTW S6-67e is engineered for regular outdoor use and complies with European table tennis table standard EN 14468-1.
The tabletop is reinforced by a strong 50 × 20 mm galvanised and powder-coated frame, providing additional strength, stability and protection in outdoor environments.
Stable Permanent Installation
The galvanised steel undercarriage features a durable powder-coated finish and is designed to be securely anchored to a suitable level surface.
Its fixed construction makes the S6-67e ideal for locations requiring a stable outdoor table that can remain permanently set up.
Who Is the TTW S6-67e Suitable For?
- Schools and educational facilities
- Table tennis clubs
- Parks and community recreation areas
- Hotels, resorts and holiday parks
- Workplace recreation spaces
- Serious home players
- Customers wanting an alternative to a concrete table
- Locations requiring a fixed, weatherproof outdoor table
Key Features
- Full-size outdoor table tennis table
- Made in Germany
- Weatherproof design for year-round use
- 10 mm blue melamine resin playing surface
- Consistent bounce and excellent outdoor playability
- Moisture-resistant tabletop
- Reinforced 50 × 20 mm frame profile
- Galvanised and powder-coated steel construction
- Stable fixed undercarriage
- Designed to be anchored to a suitable surface
- Heavy-duty metal net and post set included
- Suitable for residential, educational and commercial facilities
Product colours are displayed as accurately as possible; however, variations may occur due to individual screen settings and lighting conditions.







