Tarot 16MM Foam Sleeve Landing Gear (Red, TL96022-02)

Name: Tarot 16MM Foam Sleeve Landing Gear (Red, TL96022-02)
Brand: Tarot
SKU: DRFC-0377
Price: 171.00 INR
Availability: OutOfStock

₹171.00 (Inclusive of all taxes)

Out of Stock

This Tarot 16MM Foam Sleeve Landing Gear is designed for T-type landing gear, providing essential shock absorption to reduce impact and vibration during drone landings. Crafted from high-elasticity red foam, it enhances the durability and stability of your multirotor on various surfaces.

Features

Designed for 16MM T-type landing gear systems.
High-elasticity red foam absorbs landing impact and vibrations.
Lightweight (9.8g per pair) and durable construction.
Tool-free installation and easy replacement for quick maintenance.
Compatible with popular Tarot 810/960/1000+ series frames.

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Description

The Tarot 16MM Foam Sleeve Landing Gear is specifically engineered to significantly reduce landing impact and absorbed vibrations for various multirotor and drone platforms. Constructed from high-elasticity red foam, these sleeves offer crucial cushioning and robust protection for T-type landing gear with a 16 mm diameter, safeguarding structural components during hard touchdowns.

Installation is straightforward and tool-free, allowing for quick setup and removal; pre-soaking the sleeves in water can facilitate an even smoother fit. This lightweight and reliable upgrade is ideal for drone hobbyists and professional operators seeking to enhance landing stability and prolong the lifespan of their valuable equipment, especially when operating on unforgiving or uneven terrain.

Key Features

Optimized for 16mm diameter T-type landing gear.
Constructed from high-elasticity, durable red foam.
Effectively reduces shock and vibration during drone landings.
Ultra-lightweight design, adding minimal payload (9.8g).
Enables quick, tool-free installation and effortless replacement.
Significantly improves overall landing stability and component longevity.
Directly compatible with Tarot 810, 960, and 1000+ series frames.
Washable and reusable foam material for extended service life.

Applications

Heavy-lift industrial drones requiring enhanced landing protection.
FPV and cinematic multirotors operating on rough terrain.
DIY drone builds seeking reliable shock absorption for landing gear.
Agricultural UAVs needing robust landing solutions in varied fields.

Technical Specifications

Item Type	Landing Gear Sleeve
Model No. / Name	TL96022-02
Material	High Elasticity Foam
Compatibility	16mm Diameter T-type Landing Gear
Outer Diameter	24mm
Weight	9.8g (per pair)
Color	Red
Installation	Tool-Free, Easy Replacement

Frequently Asked Questions

What type of landing gear is compatible with these foam sleeves?

These foam sleeves are specifically designed for 16mm diameter T-type landing gear systems. They provide a snug, secure fit, ensuring optimal shock absorption and protection for your drone's frame and components during various landing scenarios.

How do these sleeves improve drone landing stability and durability?

The high-elasticity red foam significantly dampens impact forces and vibrations upon landing. This reduces stress on the drone's frame and electronics, enhancing overall stability and prolonging the lifespan of your landing gear and other critical components, especially on hard or uneven surfaces.

Is special tooling required for installation or replacement?

No, these Tarot 16MM foam sleeves feature a tool-free installation design, making them exceptionally easy to put on or remove. For an even smoother fit, you can briefly soak the foam in water before sliding it onto your landing gear, ensuring quick and hassle-free maintenance.

What are the key benefits of using foam sleeves over rigid landing gear?

Foam sleeves offer superior shock absorption compared to rigid alternatives, cushioning impacts and preventing damage to the drone. They are lightweight, reduce bounce, and adapt better to uneven terrains, ultimately extending the life of your frame and delicate electronics by mitigating landing stress.