HIT Fitness Olympic competition bumper plates (sold singly) are our most premium range of bumper plates as they meet all of the international weightlifting federations specifications and standards.
These HIT Fitness weight plates have been meticulously designed in order to accommodate competitive Olympic weightlifting standards as well as high quality and accurate training regimens. The main advantages that are associated with these plates include effective bounce reduction, thinner plate widths which allow more plates to be loaded on to a barbell, and their weight tolerance must be within +/- 1% of their assigned weight. Additionally, the attractive and bold features of these plates will enhance your gym's appearance and make lifters stand out on the platform.
Plate type: Competition
Materials: Rubber & Steel
Plate Thickness: 24mm
Collar Opening: 50mm
Want to save on delivery?
Order online & choose free 'Pick Up' at the checkout.
Wait for your "Ready to Pick Up" notification and collect your order from our warehouse in Ballymount, Dublin 22. Please ensure your mode of transport is suitable for the size of the items you order.
HOW MUCH IS DELIVERY?
➀ Free Delivery on orders over €99*
➁ Orders < €99 have a €6.95 track & trace delivery charge
➂ LARGE & HEAVY ITEMS - €30 Delivery
As you would expect from high quality equipment, our products can be heavy duty strength and fitness equipment - the boxes can be large and heavy.
*IMPORTANT: Please note that deliveries of large items are a kerbside delivery service only. The driver is not authorised to carry goods up or down steps or through a property.
HOW LONG DOES IT TAKE?
3 - 5 working days for smaller items
5 - 7 working days for larger, bulkier orders.
∙ Until the order leaves our warehouse, we are unable to confirm a specific delivery date.
∙ All orders are being handled by our third party courier partner, and you will be notified by them, by email or text, of your delivery date when they receive your order for despatch
Our full delivery & returns policy can be found here.