50-day return policy⌄
- Return within 50 days of purchase.
- Full refund for unopened, sealed, unactivated items.
- Opened products may still qualify if unused.
- For orders over £100, we can arrange your return via DPD or in-person drop-off.
Next-day delivery — order before 3pm⌄
- Order before 3pm Mon–Fri for next-working-day delivery (free over £99).
- UK Saturday delivery available on orders placed before 3pm Friday.
- After 3pm Friday — dispatched Monday.
- Some UK regions may need 2–3 working days.
Discounted options with main purchase⌄
- Bundle pricing on accessories, spares and training when bought together.
- Reduced rates on add-ons selected at checkout.
- Ask us for a tailored quote on multi-unit or fleet orders.
Emlid Quick-Release Adapter
A quick-release adapter for Emlid Reach survey setups, letting you mount and detach the receiver from the pole quickly in the field. Compatible with the Emlid Reach RX2, RS4, and RS4 Pro.
Product dossier
Fast mount and release for your Emlid Reach setup
Key features
- Fast equipment changes:
Enables quick and secure attachment of compatible GNSS receivers to a survey pole, reducing downtime when swapping equipment.
- Wide Emlid compatibility:
Designed for use with the Reach RX2, Reach RS4 and Reach RS4 Pro, as well as the Emlid Survey Pole.
- Secure locking mechanism:
Provides a reliable mechanical quick release that keeps your receiver firmly mounted during surveying.
- Compact and lightweight:
Weighing just 113g, the adapter adds minimal weight to your survey setup while improving workflow efficiency.
Full specifications
Frequently asked questions
What devices is the Emlid Quick Release Adapter compatible with?⌄
The Emlid Quick Release Adapter is compatible with the Emlid Reach RX2, Reach RS4, Reach RS4 Pro, and the Emlid Survey Pole.
What are the benefits of using a quick release adapter?⌄
A quick-release adapter, like the Emlid Quick Release Adapter, allows you to attach and remove compatible receivers quickly while maintaining a secure connection, helping to improve efficiency during fieldwork.