Genuine Starlink Flat High Performance Pipe Adapter

Genuine Starlink Flat High Performance Pipe Adapter Original Starlink pipe adapter for Flat High Performance systems. Use it to mount a Flat High Performance Starlink terminal to a compatible round pole or mast where the installation is structurally suitable. This is the genuine Starlink pipe adapter, part number 01697660-507. It is best for replacing a missing or damaged OEM adapter, or completing a Flat High Performance install where you already have the required Starlink Wedge Mount Kit. ✅ Best suited for Starlink Flat High Performance installations that need the genuine pipe-adapter component Mounting to a compatible existing pole or mast up to 62 mm outside diameter Replacing a missing or damaged OEM Flat High Performance pipe adapter Customers matching a Starlink accessory by part number 01697660-507 🛰️ Compatibility Compatible with Starlink Gen 2 Flat High Performance systems only Suits compatible poles up to 62 mm / 2.4 in outside diameter Requires the Starlink Flat High Performance Wedge Mount Kit for the full OEM mounting setup. If wedge is unavailable, you can use our Advanced Adatper instaed. Not for Starlink Standard (Gen 3 / V4) Not for Starlink Gen 2 Standard Actuated Not for Starlink Mini Pole, mast, Wedge Mount Kit, Starlink terminal, cables and roof hardware are not included. 📦 What is included 1 × Genuine Starlink Flat High Performance Pipe Adapter & Fixings OEM Starlink part number: 01697660-507 📏 Key specs Compatibility: Starlink Flat High Performance terminal/accessory system Maximum compatible pole outside diameter: 62 mm / 2.4 in Package dimensions: 26.4 × 16.5 × 7.9 cm Package weight: 1.1 kg ⚠️ Important notes Confirm your Starlink model before ordering; Starlink mounts and pipe adapters are model-specific. This listing is for the pipe adapter only. Any pole, mast, Wedge Mount Kit, terminal, cables or roof hardware shown for context are excluded unless separately listed as included. Installation must be suitable for the pole, site conditions and structure used.