Product ref: GOPUSC3

Gopak UltraLight Staging Choir Package 3

£5,285.00 + VAT

Please note that the above prices are exclusive of VAT

Select Fabrics

Ref: GOPUSC3

Description

Ultralight is a modular staging system constructed from aluminium with a lightweight core. This package includes everything you need to assemble a three tiered curved choir stage with the back two tiers wide enough (1m) for your choristers to either stand or sit and the front tier suitable for standing.

GOPUSC3 Includes:



  • 8 x 1m x 1m decks and risers. There are four risers in a height of 400mm and four risers in a height of 600mm to create the back two seated tiers.

  • 4 x 1m x 0.52m decks and risers. There are four risers in a height of 200mm to create the front standing tier.

  • 6 x 1m choir infill decks and risers. There are three risers in a height of 400mm and three risers in a height of 600mm.

  • 3 x 0.52m choir infill decks and risers. There are three risers in a height of 200mm.

  • 28 x riser clamps to safely and securely join the tiers together.

  • As with all orders for staging packages, a 5mm Allen key is included to enable you to secure the stage decks and risers together.

  • If using this stage with chairs we do recommend the addition of chair stop plates that are an optional extra and for added safety you may like to add guardrail across the back tier.


Product Details



  • The stage deck is available in corded carpet, black vinyl, or for high impact areas a heavy duty black vinyl

  • Simple assembly with Allen key

  • Formed with lightweight but extremely durable components

  • Clever concertina folding design

  • Use in conjunction with other staging components to create multiple configurations

  • Stage Deck weight 3kg to 7.5kg each

  • Stage Riser weight 1kg to 4kg each

  • Can be handled by one person although a two person lift is recommended

  • Tested to 1000kg m² even load distribution

  • Point load testing to 180kg

  • GS Approved construction

  • 5 Year Guarantee

Get in touch for further information