Following a few sneaker collabs in 2019, Cactus Plant Flea Market and Nike are set to release a pair of new Dunk Lows during the holiday season.
These CPFM x Nike Dunk Low styles will come dressed in “Pure Platinum” and “Spiral Sage” color blockings. The shoe features an oversized Swoosh, borrowed from the prior CPFM Nike Blazer, extra padding to the tongue and detachable double lace flaps. Its entire upper is covered in Swarovski crystals resembling a disco ball.
Cactus Plant Flea Market Nike Dunk Low Release Date
Look for these Cactus Plant Flea Market x Nike Dunk Low styles to begin releasing on November 18th at select retailers and StockX. The retail price tag is set at $550 USD each.
Color: Pure Platinum/Pure Platinum
Style Code: CZ2670-001
Release Date: November 18, 2020
Price: $550
Color: Spiral Sage/Spiral Sage
Style Code: CZ2670-300
Release Date: November 18, 2020
Price: $550
UPDATE 11/18: Cactus Plant Flea Market x Nike Dunk Low sign-ups are live at cactusplantfleamarket.com. Both colorways retail for $550 USD each.
UPDATE 11/16: Ahead of the CPFM x Nike Dunk Low “Pure Platinum” colorway releasing November 18th, we get a first look at the “Spiral Sage” colorway. A release date for this pair has yet to be announced.
UPDATE 11/11: Nike has officially unveiled its latest Cactus Plant Flea Market collaboration. The Nike Dunk Low comes with Swarovski crystals releasing November 18th at select retailers and Nike.com, along with the Hooded Pullover available exclusively at cactusplantfleamarket.com.
UPDATE 10/7: VenusX and Kylie Jenner give us a better look at the Cactus Plant Flea Market x Nike Dunk Low collab that comes with co-branded packaging and special dust bag.
UPDATE 10/5: Following a first look from LeBron James, ASAP Bari gives us a better look at the bedazzled CPFM Dunk Low.
UPDATE 10/4: Thanks to LeBron James, we get a first look at the Cactus Plant Flea Market x Nike Dunk Low in one of its upcoming colorways. This pair appears to be the “Pure Platinum” makeup crystals covering its entire upper.
(Mock-up by py_rates)
