Technodrome Homie Unisex Hoodie in Black - M - Rave Gear - Pullover by iEDM

What is Technodrome Homie Unisex Hoodie in Black - M - Rave Gear - Pullover by iEDM?

This is a pullover hoodie from iEDM built around a bold all-over graphic printed across the entire garment. It's made from 100% premium poly-fleece and hand-finished in the USA, aimed squarely at the rave, festival, and electronic music crowd who want their outerwear to do as much talking as the drop itself.

Key features

• Premium poly-fleece shell — 100% polyester fleece that's soft inside and resists wrinkles, shrinking, abrasion, and mildew.
• 360-degree sublimation print — Graphics cover the front, back, hood, and sleeves with no blank panels.
• Panel-first construction — Each fabric panel is printed before sewing, so the artwork lines up cleanly across seams.
• Heat-dye color lock — Sublimation bonds the ink into the fabric, so it won't fade, crack, peel, or bleed in the wash.
• Hand-finished in the USA — Each piece is assembled and inspected stateside for graphic alignment.
• Machine washable — Wash it as often as the festival schedule demands without dulling the print.
• Unisex pullover cut in size M — A relaxed silhouette meant to fit a broad range of body types.

Who is Technodrome Homie Unisex Hoodie in Black - M - Rave Gear - Pullover by iEDM for?

This one is built for ravers, festival regulars, and anyone who treats their wardrobe as part of the show. It's a solid pick if you're chasing a loud, photo-ready look for main stages, club nights, or themed meetups, and the unisex sizing makes it easy to share or swap with friends in your group.

How does Technodrome Homie Unisex Hoodie in Black - M - Rave Gear - Pullover by iEDM compare?

Compared to standard screen-printed cotton hoodies, the sublimation process here lets the artwork wrap the whole garment instead of sitting as a single chest or back panel. Versus generic fast-fashion graphic pullovers, the poly-fleece build and US hand-finishing aim for sharper print alignment and a longer lifespan before the design starts breaking down.