FunScope 76mm Tabletop Reflector Telescope

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FunScope 76mm Tabletop Reflector Telescope

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A fantastic lightweight and portable reflector telescope designed for the beginner to "test the waters" of stargazing affordably
Observe craters and mountains of the Moon, bright planets in our solar system, sparkling star clusters, and even some bright nebulas and galaxies
76mm diameter reflector optics collect 60% more light than a typical 60mm beginner's telescope to provide brighter, more pleasing views
Portable and compact table-top base can be easily mounted on a tripod equipped with a 3/8" or 1/4"-20 threaded post if desired
Weighs only 4 lbs. - can be taken camping, on a field trip, or just out to the backyard with ease

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Item # 10021

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A fun telescope indeed! You'll enjoy hours of stellar exploration with this amazing little tabletop reflector telescope. Designed specifically with first-time telescope buyers in mind, the FunScope is a great way to "test the waters" of stargazing - affordably!

But what can you see with it? The FunScope is no toy, it's a real reflecting telescope with a 76mm (3") diameter polished spherical mirror which allows you to capture 60% more light than a typical 60mm beginner's telescope. More light gathered means the FunScope will provide views of the cosmos that are brighter and clearer than views in smaller diameter telescopes. With the FunScope reflector telescope, the whole family can observe the Moon, Saturn's rings, as well as Jupiter and its four brightest moons, all under light-polluted skies. Under dark skies, even star clusters, emission nebulas and some of the brighter galaxies are not beyond reach.

The FunScope reflector telescope comes equipped with a "red dot" reflex sight, smooth adjusting rack-and-pinion focuser, and two quality 1.25" telescope eyepieces: 20mm (which provides 15x power magnification) and 10mm (for higher power views with 30x power magnification). You can easily locate and observe objects in the night sky with the accessories included, so you're ready for stargazing action right out of the box!

The FunScope's tabletop mount arrives pre-assembled in the box and provides a sturdy and compact foundation for the telescope with smooth motion in altitude (up and down) and azimuth (left and right) axes. If there isn't a table located where you want to use the pint-sized reflector telescope, the entire FunScope and mount itself can be mounted onto a tripod with a 3/8" or 1/4"-20 screw thanks to a built-in 3/8" tripod adapter and included 1/4"-20 threaded bushing. Tripods are sold separately.

Weighing just 4 lbs., the ultra-portable FunScope reflector telescope can go with you just about anywhere! It makes a great gift for anytime of the year, and is sure to get "oohs" and "aahs" under the tree during the holiday season.

Who knew so much fun for the whole family could come in such a small and affordable package? See for yourself and pick up a FunScope today!

Meets or exceeds all California State Environmental Quality & Safety Regulations (CARB 93120 Phase 2 Compliant).

Warranty

Limited Warranty against defects in materials or workmanship for one year from date of purchase. This warranty is for the benefit of the original retail purchaser only. For complete warranty details contact us at 800-676-1343.

Warning

Please note this product was not designed or intended by the manufacturer for use by a child 12 years of age or younger.

Product Support

Visit our product support section for instruction manuals and more

Specs

Best for viewing

Lunar & planetary
Best for imaging

Lunar & planetary
User level

User level

Beginner - Suited for a wide range of uses, Level 1 telescopes are simple to operate and set up. Some initial assembly may be required. Very good optical and mechanical quality. Great for families, young people, and folks who don't want to mess with equipment but just want to take a look. Any of these scopes will show you countless lunar craters, Saturn's rings and a myriad of star clusters and nebulas! Referring to the manual is recommended.

Intermediate - These scopes offer higher performance and more advanced features than Level 1 models. They typically take a bit longer to learn and need some set-up or adjustments. But anyone with the slightest technical bent will have no problem getting familiar with these models. Referring to the manual is recommended.

Advanced - These scopes provide the best performance but may require more skill to master and appreciate. They have exceptionally fine optics and mechanics. Some are easy to use but are but on the large or heavy side. Some are intended for specialized uses. These scopes will appeal to the more technically inclined. Referring to the manual is highly recommended.

Expert - Expert telescopes offer uncompromising optical and mechanical quality for the most demanding amateur astronomer. They may be technically involved or designed for specialized use, such as astrophotography or detailed deep sky observation. They carry a premium price, but are designed to provide the ultimate performance in the field. Referring to the manual is highly recommended.

Beginner
Optical design

Optical design

Reflector telescopes use a pair of large and small mirrors to direct incoming light to the eyepiece. Refractor telescopes refract, or "bend" incoming light to a focus by means of an objective lens. Cassegrain telescopes, such as Maksutov-Cassegrains, "fold" incoming light using two mirrors and a front "corrector" lens.

Reflector
Optical diameter

Optical diameter

The optical diameter (also known as aperture), is the size of the telescope's main light collecting lens or mirror, measured in millimeters or inches. As the diameter increases, more light is collected and the resolution increases.

76mm
Focal length

Focal length

The focal ratio of an optical system is the ratio of a telescope's focal length to its aperture. Short focal ratios (f/5, f/4.5) produce wide fields of view and small image scales, while long focal lengths produce narrower fields of views and larger image scales.

300mm
Focal ratio

Focal ratio

The focal ratio of an optical system is the ratio of a telescope's focal length to its aperture. Short focal ratios (f/5, f/4.5) produce wide fields of view and small image scales, while long focal lengths produce narrower fields of views and larger image scales.

f/3.9
Optics type

Optics type

Newtonian reflectors will have either a spherical shaped mirror, which is less expensive to produce, or a higher quality parabola, which does not result in spherical aberration. Cassegrain telescopes routinely use spheres in addition to other lenses in the optical path to correct for residual spherical aberration. Refractors use a series of lenses to provide a clear image. Designs range from a standard air-spaced doublet (two lenses in a row) to exotic designs such as oil-spaced triplets and 4-element multi group lenses.

Spherical
Glass material

Glass material

Refractors use glass lenses to focus the light, and the glass material plays an important role in the quality of the resulting image. Standard achromatic refractors routinely use Crown and Flint for the two elements, but more expensive apochromatic refractors can use ED (extra low dispersion) glass for one or more of the lenses. Reflector mirrors are made from glass with different levels of thermal expansion. Standard mirrors are made from material such as Soda-Lime Plate glass and BK-7 glass. Glass with Pyrex or other low thermal expansion material will not change shape as dramatically during the cool-down period, resulting in more stable images during this period.

Soda-lime plate
Eyepieces

3-Element 20.0mm, 10.0mm
Magnification with included eyepieces

15x, 30x
Resolving power

Resolving power

The theoretical resolving power of a telescope can be calculated with the following formula: Resolving power (in arc seconds) = 4.56 divided by aperture of telescope (in inches). In metric units, this is: Resolving power (in arc seconds) = 116 divided by aperture of telescope (in millimeters). Note that the formula is independent of the telescope type or model, and is based only upon the aperture of the telescope. So the larger the telescope's aperture, the more it is capable of resolving. This is important to keep in mind when observing astronomical objects which require high resolution for best viewing, such as planets and double stars. However, it is usually atmospheric seeing conditions (not the telescope) which limits the actual resolving power on a given night; rarely is resolution less than one arc-second possible from even the best viewing locations on Earth.

1.52arc*sec
Lowest useful magnification

Lowest useful magnification

Lowest useful magnification is the power at which the exit pupil becomes 7mm in diameter. Powers below this can still be reached with the telescope to give wider fields of view, but the image no longer becomes brighter at a lower power. This is due to the fact that the exit pupil of the telescope (the beam of light exiting the eyepiece) is now larger than the average person's dark adapted pupil, and no more light can fit into the eye.

11x
Highest useful magnification

Highest useful magnification

The highest practical limit is different from the often used "highest theoretical magnification" specification. The "theoretical" limit generally is 50x the aperture of the scope in inches (2x the aperture in mm). So for example, an 80mm refractor is capable of 160x, and a 10" telescope is theoretically capable of 500x magnification. But after approximately 300x, theory breaks down and real world problems take over. The atmosphere above us is constantly in motion, and it will distort the image seen through the telescope. This effect may not be noticeable at lower powers, but at higher powers the atmosphere will dramatically blur the object, reducing the quality of the image. On a good night (a night where the air above is steady and the stars aren't twinkling), the practical upper limit of a large telescope is 300x, even thought the theoretical limit may be much higher. This doesn't mean the scope will never be able to reach those higher "theoretical" powers - there will be that rare night where the atmosphere is perfectly still and the scope can be pushed past it's practical limit, but those nights will be few and far between.

152x
Highest theoretical magnification

152x
Limiting stellar magnitude

Limiting stellar magnitude

The limiting stellar magnitude is a measure of the faintest star you can see through the telescope.

12.1
Finder scope

Reflex sight
Focuser

1.25" Rack-and-pinion
Mirror coatings/over-coatings

Aluminum & Silicon Dioxide
Mount type

Altazimuth
Tube material

Steel
Tripod material

Wood
Length of optical tube

10.2 in.
Weight, fully assembled

4.0 lbs.
Warranty

One year

In the Box

FunScope 76mm Reflector Telescope
20mm telescope eyepiece
10mm telescope eyepiece
Red-dot reflex sight finder
3/8"-to-1/4"-20 threaded adapter for tripod attachment

Shipping Info

Orders received by noon Pacific Time for in-stock items ship the same business day. Orders received after noon will ship the next business day. When an item is not in-stock we will ship it as soon as it becomes available. Typically in-stock items will ship first and backordered items will follow as soon as they are available. You have the option in check out to request that your order ship complete, if you'd prefer.

A per-item shipping charge (in addition to the standard shipping and handling charge) applies to this product due to its size and weight. This charge varies based on the shipping method.

Standard Delivery: $0.00
3 Day Delivery: $15.00
2 Day Delivery: $15.00
Next Day Delivery: $21.00

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Why Buy From Orion

Beginner

User level

Optical design

Optical diameter

Focal length

Focal ratio

Optics type

Glass material

Resolving power

Lowest useful magnification

Highest useful magnification

Limiting stellar magnitude

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