Heavy-duty D-shackle padlock engineered for secure, everyday protection. Made from hardened steel with a protective coating to resist attack and the elements. Key benefits - Strong, durable construction: Solid, hardened steel body and coated finish for long-term protection and tamper resistance. - Compact, practical size: Lock measures L10 x W2.4 x H6.5 cm (3.94 x 0.94 x 2.56 inches); when locked the internal gap is L3.9 x H2 cm (1.54 x 0.79 inches). Shackle diameter 12 mm — fits most standard latches. - High resistance to attack: Closed, rotating shackle design reduces exposure to cutting and drilling tools, with no obvious weak spots. - Reliable performance: Weighs 850 g for solid resistance against forced entry while remaining easy to handle. - Secure key control: Supplied with 4 keys. Keys can only be removed when the lock is in the locked position, reducing accidental loss and improving control over access. Compatibility and fit - The padlock’s D-shape and internal gap are sized for use with most container latches and standard gate/door hardware. - Shackle diameter 12 mm is suitable for chains and hasps commonly used on garages, caravans, and storage units. Typical use scenarios - Secure industrial shipping containers (20 ft and 40 ft) where a robust, low-profile lock is required. - Lock gates, garage doors, caravans, and storage units to prevent unauthorized entry. - Lock a motorcycle chain or similar security chain when a sturdy, compact padlock is needed. What’s included - 1 hardened steel padlock (L10 x W2.4 x H6.5 cm; 850 g) - 4 keys (removable only when the lock is in the locked position) Specifications - Body material: Hardened steel (coated) - Weight: 850 g - Overall dimensions: L10 x W2.4 x H6.5 cm (3.94 x 0.94 x 2.56 in) - Locked internal gap: L3.9 x H2 cm (1.54 x 0.79 in) - Shackle diameter: 12 mm - Shackle type: Closed, rotating (anti-drill/anti-saw design) This padlock offers a balance of compact sizing and heavy-duty security for a wide range of applications where durability and resistance to tampering are required.