Us Stock Telegizmos 365 Series Cover For 12"-14" Catadioptric Scopes On Altazimuth Fork Mount - Don't Miss Out [FDLCw60J]

If you're running a 12" or 14" Schmidt-Cassegrain telescope on a fork mount—like a Meade LX200 or a Celestron CPC Deluxe—you already know it’s a powerful and precise visual platform. But this kind of setup is heavy, often semi-permanent, and not something you want to drag in and out with every weather change. That’s where the TeleGizmos 365 Series Cover comes in: a rugged, weather-tested shield designed for long-term, full-time outdoor protection of your big fork-mounted SCT.

Features

• Tailored for 12"–14" Fork-Mounted Catadioptrics
  Designed to fit large SCTs like the Meade LX200 12" and 14" or Celestron CPC 1100–1400 series, including accessories such as finder scopes and diagonals. Fits setups on tripods, wheeley bars, or permanent piers.

• Built for All-Weather, Year-Round Use
  The outer shell is made from heavy-duty, UV-stabilized polyurethane-coated polyester that resists cracking, fading, and tearing—even under extreme sun, snow, wind, or rain.

• Thermal-Lined Interior for Temperature Control
  The radiant-barrier inner lining reflects sunlight and helps prevent condensation. Your scope stays cleaner, cooler, and thermally stable—protecting both optics and electronics.

• Easy On/Off with Secure Fit
  The open-bottom design lets you quickly drape the cover over your rig, while a drawstring hem cinches snugly around your tripod or pier to block dust, wind, and wildlife.

• Sized for Big Fork-Mount SCTs

  • Height: Approx. 68"

  • Circumference: 150"

  • Weight: ~5 lbs

Whether you're running public outreach, a backyard observatory, or just leaving your rig ready for grab-and-go observing, this cover gives your scope the protection it deserves—no compromises.

Observing Tip: Fork-mounted SCTs are ideal for quick setup and alignment—but they take time to cool, especially in changing temperatures. A 365 Series cover lets you leave your scope outside in a ready-to-go state, already acclimated to ambient temps. That means sharper planetary views, better deep-sky contrast, and more time actually observing instead of waiting for thermal equilibrium.