Waiting on an order? WhatsApp +91 76194 08001 with your order number — we'll reply with exactly where your order stands.

Order Status & Support: New orders paused while we complete pending orders — see /pages/order-status

257+ BRAND PARTNERS · AUTHENTIC SPORTS GEAR

We are not taking new orders at the moment while we complete orders already placed. Waiting on an order? WhatsApp +91 76194 08001 with your order number.

Tell me when orders reopen

1 3

Kobo Spare Lever BUCKLE-08-B For Belt

₹1,899
Shipping calculated at checkout.

5% Off Your First Order

USE CODE - WELCOME5

257+ Brand Partners • 100% Authentic Products • Order Support: +91 76194 08001

Orders are paused right now, so this item can't be bought yet. Get one email when orders reopen.

  • 100% Genuine · 257+ Official brand partners
  • Pan-India & Global Export Shipping
  • 7-Day Returns (unboxing video required)

Secure payments: UPI · Cards · NetBanking

Delivery, Shipping & Order Status

Store Status: New orders are currently paused while our team completes pending orders — see /pages/order-status.
Order & Refund Support: WhatsApp +91 76194 08001 or email admin@kibisports.org with your order number.
Policies: See our Shipping Policy and Refund Policy.

100% Authenticity Guarantee

Every product on KIBI Sports is sourced directly from authorized brand distributors. We guarantee 100% authentic products with original brand packaging, warranty cards, and holograms where applicable.

Upgrade your lifting gear with this Heavy Duty Spare Lever Buckle, engineered for serious strength training. Designed for universal compatibility, it fits 8mm, 10mm, and 13mm powerlifting belts, making it an ideal replacement or upgrade for most standard lever belts. Constructed from high-grade solid steel, this buckle delivers exceptional durability and strength under heavy loads. The secure quick-release locking mechanism ensures a tight, slip-free fit during squats, deadlifts, and max lifts. Easy to install with a simple two-screw adjustment, it allows personalized tension for optimal core support, stability, and peak performance in every