Margaret River Wagyu Boneless P/E Brisket (Deckle-Off) MB 9+

About

If you are chasing a true showpiece for low and slow cooking, the Margaret River Wagyu Boneless P/E Brisket (Deckle-Off) MB 9+ delivers on every front. Raised in Western Australia’s pristine Margaret River region and grain-fed for over 400 days, this brisket offers exceptional marbling, rich Wagyu flavour, and consistent results for serious cooks. Deckle removed for uniform shape and even heat distribution, this cut is built for pitmasters, chefs, and anyone who wants elite brisket without compromise. Cut Specifications at a Glance This brisket is prepared for precision, consistency, and ease of cooking. Cut: Boneless Packer’s Brisket (Point End), deckle removed Marbling Score: MB 9+ MSA Graded: Yes Feed Program: Minimum 400 days grain-fed Origin: Margaret River, Western Australia Average Weight: 4 kg to 6 kg Packaging: Individually cryovaced Shelf Life: Up to 21 days chilled Freezing: Suitable for freezing up to 3 months Best Cooking Methods: Smoking, sous vide, low-temperature roasting Storage: Keep refrigerated at or below 4°C Feed Why Margaret River Wagyu Is Different This Wagyu program is recognised for quality, ethics, and consistency. Pristine growing region: Clean air, fertile land, and stress-free conditions support superior beef quality Fullblood Wagyu genetics: Bred for fine marbling, tenderness, and depth of flavour Extended grain feeding: Long feeding period enhances richness and buttery texture Deckle-off preparation: Cleaner presentation and more even cooking from edge to centre High animal welfare standards: Ethical and sustainable farming practices throughout The Advantage of MB 9+ Marbling A marbling score of 9+ transforms how brisket cooks and eats. Intramuscular fat throughout: Renders slowly, basting the meat from within Exceptional juiciness: Protects the brisket during long cooks Deep umami flavour: Rich, savoury notes that lower grades cannot match More forgiving cook: Ideal for extended smoking and low temperature methods Consistent results: