INJORA Aluminum RC Car Stand with Shock Holder – 1/10 Scale Upgrade (Black)

Upgrade Your RC Workshop with the INJORA Aluminum Stand

Meet a compact, sturdy support designed for 1/10 scale crawler builds. The INJORA Aluminum RC Car Stand with Shock Holder blends a lightweight aluminum body with a durable black anodized finish, delivering a confident feel and precise control during maintenance, adjustments, and display sessions.

Engineered for Axial SCX10 Pro and TRX4 as a primary target, this stand also accommodates other 1/10 builds that use shock shafts under 4 mm in diameter. A dual-bearing top plate ensures smooth rotation, letting you inspect or photograph your rig from multiple angles without moving the car. The top plate offers 12 positions with 30° increments, enabling easy access to different perspectives for tuning, cleaning, or showcasing your model.

Small design details matter on busy workbenches. The bottom is lined with foam pads to increase friction and prevent slides, while the center section of the top plate features a clever drop to accommodate chassis that aren’t perfectly flat. Together, these elements create a stable, versatile platform that supports careful work and confident display.

Key Features

• 340g per stand; aluminum construction with a black anodized finish
• Holds four shock shafts with a diameter under 4 mm
• Dual-bearing top plate for smooth, controlled rotation
• 12-position (30°) rotating top plate for multiple viewing angles
• Foam pads on the bottom to resist movement; dropped center accommodates uneven chassis

Real-world use cases include precision maintenance, cleaning and inspection, and compelling product photography or video. Its compact footprint makes it easy to move between workspace and field setups, while the light yet sturdy build provides reliable support for careful handling. This stand offers a flexible upgrade for hobbyists who value organized workflows and flexible positioning, rather than a guaranteed outcome.

Note: This description highlights notable benefits drawn from the product data. Benefits are presented as possibilities based on design features, not guarantees.