Aftershock Debuts ‘World-First’ Gaming PC With Heat-Reactive Cherry Blossoms
Aftershock has introduced the Cherry Bloom, a gaming PC with a handcrafted cherry blossom tree inside. Its 70 titanium-alloy flowers open as the system warms. The AU$19,995 rig uses an RTX 5080 and Ryzen 7 9800X3D.
The tree and its 70 cherry blossom flowers are handmade, according to TechRadar. The flowers are made from a special titanium alloy that reacts to heat, so they slowly open and “bloom” as the PC heats up during use. The case has full glass panels on two sides and a transparent roof, allowing a clear view of the tree and the opening flowers. TechRadar described the effect as quite spectacular and called the design one of the most striking concepts to hit the market.
The visual effect comes at a high price. Aftershock is selling the “Cherry Bloom” PC for AU$19,995, which TechRadar said works out to about $14,000 or £10,500. For that money, the system is built around a Zotac Nvidia RTX 5080 rather than an RTX 5090. Aftershock made the rig in partnership with Zotac, and the rest of the configuration includes an AMD Ryzen 7 9800X3D processor, 64GB of DDR5 RAM, a 2TB SSD and a 1300W platinum power supply.
TechRadar noted that the lack of an RTX 5090 is disappointing at that price. As a comparison, Aftershock sells a standard Creator Max case with an RTX 5090, an Intel Core Ultra 9 285K and 64GB of RAM for AU$11,695, or around $8,300 or £6,200. That difference illustrates the premium attached to the Cherry Bloom’s tree and blossom concept.
The article described the design as a thing of beauty and gave Aftershock credit for the concept, while questioning whether the idea could be offered in a scaled-down version with fewer blossoms and a lower price tag. It also raised the possibility that the heat-reactive flowers could be used elsewhere as a novel way to monitor temperature, providing a visible signal when a heat threshold is reached, rather than relying on a basic digital readout. TechRadar also pointed to the floating PC case trend as another example of unconventional case design.