Introduction
The HOPE D60, designed by ToupTek Astro, is a new astronomical telescope boasting a 60mm aperture, 280mm focal length, and a fast f/4.66 focal ratio. Since its launch, it has captured the interest of many astrophotography enthusiasts who have been eager to find genuine user reviews. Now, let's see what SeulWoo Kim (through_astro) has to say about this compact, fast telescope.
ToupTek HOPE D60 Astronomical Telescope Review: Seems like the Best Value Telescope Ever
Author: SeulWoo Kim (through_astro)
Originally from: https://cafe.naver.com/skyguide/378124
About the author:
SeulWoo Kim is an astrophotographer based in South Korea. He runs the Instagram account @through_astro, one of the most followed astrophotography accounts in Korea, and is an active member of the country’s largest astrophotography community, ‘별하늘지기’.
Astrobin: https://app.astrobin.com/u/sulewoo#gallery
HOPE D60 Review:
Hello, this is through astro.
Here are the results from a field imaging session with the new HOPE D60 astronomical telescope released by ToupTek Astro on October 15th, 2025. I'll post a few photos first, which I believe speak for themselves and will convince any experienced astrophotographers.
(Note: Below images have been compressed to comply with file size restrictions. Click here to check the original high-definition file.)

HOPE D60+SkyEye62AM: L Channel 60s, not processed with BlurXTerminator
M42 Orion Nebula
IC434 Horsehead Nebula
M42+IC434 Wide Field

Horsehead Nebula Zoomed In and Keyhole Nebula
HOPE D60 telescope shows respectable star shapes all the way to the corners of a full-frame sensor.
Despite the wide field, the details of individual targets are all preserved.
I think HOPE D60 probably offers the best value for money among wide-field telescopes currently sold for under 1 million KRW. However, a bit of effort was required to achieve this level of star quality:
- Camera sensor tilt calibration. It took me about 2 hours on-site checking star shapes.
- Focusing using the peripheral areas (possible with NINA).
-
Precise autofocus step setting adjustments:
- When I initially ran autofocus without any settings, the peripheral stars even appeared donut-shaped, lol.
- Of course, this was also partly because my camera, equipped with a tilt adjuster, had never had its tilt calibrated due to weather issues.
- The effort was aimed at optimizing star shapes at the full-frame periphery. If using an APS-C sensor camera without any tilt adjustment, it would likely deliver good star shapes without major issues.

Focusing Zone (From N.I.N.A)
Tilt
The advantages of this HOPE D60 astronomical telescope are:
- Solid support for full-frame: good star shapes, ~90% illumination at full-frame corners.
- Sturdy and well-made construction: those who handled it at the 2025 Korean star parties will agree.
- All-in-one design with handle and finder scope holder, yet affordable: budget telescopes often have these accessories as extras, right?
The disadvantages of HOPE D60 are:
- Screw-on end cap design: It takes time, and the internal paint seems prone to chipping.
- Rotator drive performance feels a bit stiff compared to dedicated focusers.
- Requires some fiddling to get good stars on full-frame: are there telescopes at this price point that don't?
- Relatively heavy for its aperture: the total weight is around 3.5kg.
That's about the summary for the review of the HOPE D60 telescope.
Such a good performance at such a low price!
If I need a ~200mm telescope, this seems like the one I'd buy.
However, it's a review unit, so I need to return it after the review. I kinda want to keep it.
I'll finish the post with the imaging info for the photos above and a shot of the shooting landscape. Thank you.
Final Image

High resolution at: https://app.astrobin.com/i/mle1wo
- Imaging Date: October 27, 2025
- Imaging Location (City/County level): Yeoju, South Korea
- Telescope: Touptek HOPE D60
- Moun: RainbowAstro RST-135e, SuperMount CYG42ps
- Imaging Camera: Touptek SkyEye62AM
- Guide Scope/Guide Camera: OAG / ToupTek 220mini
- Filters, Accessories/Corrector Lenses used: Antlia LRGB
- Imaging Exposure: Gain 100 -20°C
L - 120s x 92
R - 180s x 15
G - 180s x 15
B - 180s x 15
Total 5 hours 19 minutes - Post-calibration & Processing (Software): Pixinsight

Equipment Onsite