T-POD 110 Black

Avalon InstrumentsSKU: AV-2TPD003

Price:
Sale price$1,289.00 CAD
Stock:
On Backorder — ships when available
  • Description
  • Specifications

Made entirely from anodized aluminum with stainless steel hardware, the low weight and high stability of this tripod make him the ideal companion for traveling observers and Astro-photographers. Although T-pod 110 weighs only 6,9 Kg (15,50 pounds) and collapses to just of 71,5 cm (28,1 inches) his load capacity is approximately 100 kg (220 pounds).

EASY TO OPEN, EASY TO TRANSPORT

T-Pod is really easy to transport thanks to a simple and comfortable handle. The T-90, T-110, and T-130 tripods continue Avalon’s tradition of cutting-edge design and top performance in portable observing and Astro-imaging systems


Features:

  • Highest quality anodized aluminum and stainless steel materials
  • Excellent stability with minimal weight
  • Small folded dimensions for easy transport
  • Durability for a long life
  • Easy transport with built-in handles and dedicated soft carrying bags
  • Easy setup and takedown

The Product Includes:
  • T-pod 110 Red
  • T-pod 110 Bag

Technical data

 T-Pod 110 Technical Data
DimensionHeight min/max: 75/110 cm 30/43 inches
Weight6,9 Kg/15,50 lb
Capacity100 kg/220 lb
Construcion Materialanodized aluminum, stainless steel

You may also like

Recently viewed

Recent Blog Posts

View all
Guide scope or off-axis guider: a PHD2 guide graph reporting 0.41 arcsecond RMS beside elongated stars from the same night

Your Guide Graph Is Lying to You

astrophotography Stephen Mallia
You drove ninety minutes to dark sky, PHD2 held 0.4 arcseconds all night, and half your subs still have eggs for stars. Here are the three things your

Read More
V-size Vixen and D-size Losmandy dovetail bar profiles compared to scale, about 44 mm against 75 to 84 mm

D-Size vs V-Size: A Complete Guide to Telescope Dovetail Systems

Stephen Mallia
What's the difference between D-size and V-size telescope dovetails? Here's everything you need to know.

Read More
A 55 mm back focus imaging train: spacer 16.5 mm, filter drawer 21 mm and camera sensor depth 17.5 mm, measured from the rear of the reducer

What Is Back Focus in Astrophotography? Telescope Reducers, Flatteners, and Spacing Explained

Stephen Mallia
What Is Back Focus in Astrophotography? Telescope Reducers, Flatteners, and Spacing Explained Back focus is one of those astrophotography terms that c

Read More