HyperPod 135

Your new dream setup for wide field astrophotography.

HyperPod 135 Mounting System HyperPod 135 Mounting System HyperPod 135 Mounting System
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HyperPod 135 Mounting System
from $69.99

Transform your Rokinon/Samyang 135mm f/2.0 lens into a fully automated, high-precision astrophotography rig. The HyperPod 135 is a purpose-built mounting solution designed to eliminate flex, secure your optical tube assembly, and provide modular mounting real estate for your essential astrophotography gear.

Whether you are capturing widefield deep-sky targets on a portable star tracker or running a fully automated setup from your backyard, the HyperPod 135 turns one of the sharpest budget lenses into a streamlined imaging machine.

Key Features

  • Tailored Precision Fit: Molded specifically to the unique contours of the Rokinon / Samyang 135mm f/2.0 lens for a snug, non-slip grip that eliminates tilt and flex during long exposures.

  • Integrated Accessory Mounts: Seamlessly mount your ASIAIR, guide scope, finder scope, or power distribution modules directly to the top rail system—keeping cable management clean and weight centered over your mount.

  • Solid Vixen-Style Dovetail: Rigid bottom mounting rail connects directly to standard astronomy equatorial mounts and star trackers without sliding or sagging under heavy camera loads.

  • Lightweight & Field-Ready: Built from high-durability, weather-resistant materials designed to withstand cold dew-heavy nights without added bulk.

Choose Your Version

1. Basic Version

Ideal for mobile, lightweight setups and manual focusing workflows. Provides full structural support, top mounting points for your ASIAIR and guide scope (not included), and rock-solid attachment to your equatorial mount.

2. EAF Version

Designed for total focus automation. Includes an integrated gear mounting assembly engineered specifically to seat a ZWO EAF (Electronic Automatic Focuser, not included). Enjoy pin-sharp stars, temperature-compensated auto-focus runs, and hands-free control throughout long imaging sessions.

What’s Included

  • HyperPod 135 Main Mounting Ring Assembly

  • Integrated Vixen-Style Dovetail Rail

  • (2) Top Accessory Mounts (for ASIAIR / Guide Scope)

  • (EAF Version Only) Dedicated EAF Mounting Bracket & Hardware Drive Kit

Featured Products

HyperPod 135 Focusing Mask HyperPod 135 Focusing Mask
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HyperPod 135 Focusing Mask
$14.99

Achieve Pinpoint Focus for Deep-Sky Imaging

When shooting wide-field astrophotography at f/2.0, even a micro-adjustment on the focus ring can mean the difference between pin-sharp stars and soft, bloated target images. This precision Bahtinov mask utilizes diffraction optics to form a distinct 3-line crosshair on bright stars, allowing you to establish exact critical focus before running your imaging sequence.

Key Features

  • Custom Fit for Rokinon/Samyang 135mm f/2.0: Engineered precisely to friction-fit securely onto the front of the lens barrel/lens hood without slipping or scratching.

  • High-Contrast Diffraction Grid: Optimized slot angles maximize light transmission for bright, clean diffraction spikes—even on medium-magnitude stars.

  • Durable & Weather-Resistant: 3D-printed with premium, heat-resistant PETG to withstand outdoor conditions.

  • Non-Marring Design: Smooth contact surface ensures no wear or abrasion to your lens body.

  • Lightweight & Portable: Fits inside your camera bag alongside your lens or astro-rig accessories.

How to Use

  1. Attach the Mask: Mount the Bahtinov mask onto the front of your Rokinon/Samyang 135mm f/2.0 lens.

  2. Target a Bright Star: Point your camera toward a bright star (e.g., Vega, Sirius, or Arcturus) and turn on camera Live View with maximum zoom.

  3. Align the Diffraction Spikes: Rotate your lens focus ring until the center diffraction spike sits exactly halfway between the outer 'X' spikes.

  4. Remove & Shoot: Lock your focus ring (if applicable), remove the mask, and begin taking exposures.

HeatSync Insert Press
from $24.99

Stop ruining 3D prints with crooked or uneven threaded inserts. The HeatSync Ultimate Heat Insert Press provides smooth, perfectly vertical guidance for installation of brass heat-set inserts into 3D-printed parts. Designed with a sturdy aluminum extrusion frame and a balanced lever system, HeatSync ensures straight, repeatable, and professional-grade threads every time.

Assembly & Downloads

Download HeatSync Assembly Guide (PDF)


Download HeatSync 3D Print Files (Printables)

Assembly required. Install the threaded inserts using your own soldering iron and tips.

Key Features & Benefits

  • Perfect Vertical Alignment: Eliminates hand tilt and misaligned threads by guiding your soldering iron along a rigid, ultra-smooth vertical axis.

  • Controlled Lever Drive & Spring Return: Features an ergonomic lever arm with spring-assisted tension, letting you set insert depth with subtle control and automatic retraction.

  • Rigid Aluminum Frame: Built around a heavy-duty 300mm aluminum extrusion rail and solid base layout to prevent flex during hot press insertion.

  • Universal Heat Tip Compatibility: Seamlessly holds standard digital soldering irons and heat-set tips (M2, M2.5, M3, M4, M5, M6).

  • Modular Setup: Choose between a ready-to-assemble Full Kit or a Hardware-Only Kit if you prefer printing your own structural components.

Kit Configurations

  • Full Kit (Printed Parts + Hardware):

    • Precision 3D-printed structural body parts

    • 300mm aluminum extrusion rail

    • Complete fastener set (M4/M5 screws, T-nuts, springs, hardware)

    • Digital soldering iron mount

  • Hardware-Only Kit (DIY Maker Pack):

    • 300mm aluminum extrusion rail

    • Full hardware set (screws, T-nuts, tension spring, thumbscrews)

    • Note: Requires 3d printing your own structural components using provided design files.

(Soldering iron and tips not included)

Specifications & Care

  • Frame Height: 300mm vertical travel

  • Supported Inserts: M2 through M8 standard brass heat-set inserts

  • Materials: Anodized aluminum extrusion, high-tensile steel fasteners, high-temp PLA/PETG structural prints

  • Maintenance: Periodically inspect rail hardware tightness and keep linear sliding surfaces clear of plastic debris.