A compact, carbon fiber device that merges audio, charging, and emergency functions for outdoor use.
Photo source:
kickstarter
When heading into the
outdoors, carrying multiple gadgets can weigh you down. The SNAP&GO 10-in-1
magnetic Bluetooth speaker aims to consolidate essential tools into a single
compact device. Designed with a yacht- and aircraft-inspired exterior and built
from lightweight carbon fiber, it integrates power, light, and audio functions
into one portable unit.
At its core, the
SNAP&GO is a Bluetooth speaker with the ability to pair two units for
synchronized, surround-sound audio. Its magnetic base allows quick attachment
to metal surfaces, while dual hooks offer easy hanging in tents, vehicles, or
workspaces.
But its design goes
far beyond music. The device incorporates:
The shell is
constructed from 0.5mm carbon fiber with a tensile strength of 150GPa,
balancing durability with minimal weight. This design reduces the risk of
damage from drops or impact, making the unit suitable for both everyday use and
challenging environments.
Its aerodynamic shape
is not just aesthetic — it is intended to maximize solar panel exposure when
mounted on a vehicle roof during travel or rest, improving charging efficiency.
The SNAP&GO was
created with versatility in mind. Scenarios where it can be applied include:
The creators of
SNAP&GO designed it as an always-accessible, portable outdoor power
solution. Many existing solar and emergency products are bulky or stationary;
this device aims to offer mobility, rapid deployment, and multiple essential
tools in a small footprint.
By combining light,
fire, sound, and power into one unit, the design reflects a philosophy of
preparedness — ensuring that in unexpected situations, from power loss to
vehicle trouble, users have key resources on hand.
As with any
multifunctional product, reliability depends on the durability of each feature.
The integration of multiple tools requires rigorous testing to ensure safety,
especially for battery performance, heating elements, and magnetic strength.
Environmental factors, such as prolonged exposure to extreme conditions, may
affect longevity.
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