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Astronomy Equipment Reviews
| Today's Astronomy, Space and Science Podcasts
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| Telescopes And Binoculars and Accessories Equipment Reviews
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Meade is introducing the $399 mySKY, a GPS-based point and shoot personal planetarium that can locate and identify 30,000 celestial objects and display sky maps, videos, images, and multimedia presentations about them on a built-in full-color LCD screen... Read more...
I've had a Meade ETX-125 for about 6 years, but it is only within the last 2 years that actually I found time to use it. Although it is a very capable telescope for its size, I wanted a bigger light bucket that was better suited for deep sky objects. Read more...
29 Apr 2008 at 1:00am "Pro?" Or as John Steed would say..."Talented Amateur." Read more...
28 Apr 2008 at 1:00am If you're searching for a telescope with decent aperture and extreme portability, this Classic Celestron form 25+ years ago might fit your plans better than anything else. Read more...
28 Apr 2008 at 1:00am A nice accessory - but buyer beware. Read more...
19 Apr 2008 at 1:00am Can't figure out how long of an exposure to take with your CCD camera? Want to know the real reasons behind how you figure this stuff out? Read on! Read more...
9 Apr 2008 at 1:00am A low cost mount which could give you big satisfaction! Read more...
8 Apr 2008 at 1:00am I purchased these products to serve as my "grab-and-go" solution. Read more...
6 Apr 2008 at 12:05am Just As I Suspected, It's All Done With Mirrors! Read more...
24 Mar 2008 at 1:00am A young amateur astronomer finds a winning scope Read more...
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| High-End Observatory Systems
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C-400 Observatory

The C-400 16" f/14 Classical Cassegrain is part of Takahashi's Observatory Series telescopes designed primarily for research and educational institutions. This telescope comes standard with a removable f/10.4 focal reducer where a wider field of view is required. Because the C-400 employs the Classical Cassegrainian configuration with a parabolic primary mirror and hyperbolic secondary, extremely high resolution can be obtained without sacrificing contrast or a flat field.
FCT-200 Observatory System
The FCT-200 Fluorite Apochromatic refractor is the one of the largest Fluorite Apochromatic refractors manufactured by Takahashi©. Designed for professional observatory use (universities, planetariums, summer homes, etc.), the FCT-200 features the finest optical elements available in the world today. The front and rear elements employ the highest quality German optical glass and Japanese Fluorite for the center element.
FCT-250 Observatory System

Is it time for a telescope that will put your neighbor's to shame? This one should do the trick.
The FCT-250 Fluorite Apochromatic refractor is the largest Fluorite Apochromatic refractor manufactured by Takahashi©. Designed for professional observatory use (universities, planetariums, summer homes, etc.), the FCT-250 features the finest optical elements available in the world today. The front and rear elements employ the highest quality German optical glass and Japanese Fluorite for the center element.
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| Meade Telescope Links
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Weasner's Mighty ETX Site
Created by a dedicated user of the most popular amateur telescope in history, this site has lots of general astronomy resources as well as a wealth of practical info for ETX users and prospective buyers.
ETX-90/EC Instruction Manual
Comprehensive online manual, provided by Meade, for the ETX 90/EC telescope.
Meade Autostar Downloads
Official site which contains the latest Autostar firmware releases and links to sites with orbital elements for use with Autostar.
Autostar Instruction Manual
Comprehensive online manual, provided by Meade, for the Autostar Computer Controller.
Mall Astrophotography
This site presents images taken through an ETX 90/EC with a colour QuickCam CCD camera.
The LX200 Command Set
The LX200 Command Set may be used to write custom software for remote operation of an LX200 telescope with a personal computer.
ETX WebRing
Lists all the sites that are currently on the ETX WebRing.
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 Planet Earth DVD Set. More than five years in the making, Planet Earth redefines natural history filmmaking and continues the Discovery Channel mission to provide the highest quality programming in the world.
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 Orchestrate is a Windows application that works in conjunction with TheSky Astronomy Software and CCDSoft CCD Astronomy Software to allow unattended, scripted operation of robotic telescopes and CCD cameras. It leverages the capabilities of TheSky 6, CCDSoft, TPoint, and AutomaDome to tightly integrate precise control of your telescope system, CCD camera and color filter wheel, dome and other astronomical devices.
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 Starry Night AstroPhoto Suite CD-ROM. Capture beautiful astronomical photographs using Maxlm DL lite digital imaging in one comprehensive, easy-to-use package.
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Astronomy Equipment Reviews News
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12 May 2008 at 6:16pm All Categories 2001 general election 2005 review 3WE 4Children ABB Limited ABDO ABTA Academic qualifications ACPO Action Research Action with Communities in Rural England Acts of ... Read more...
10 May 2008 at 5:57pm ?Our public relations firm consistently uses the PRWeb Podcast service for our clients, but I?ve not taken advantage of the service very often for our own PR efforts with ... Read more...
22 Apr 2008 at 5:57pm My initial reaction to the Celestron SkyScout was why in heaven - and on Earth - would someone want a personal planetarium when they have the real deal at their disposal? Like most ... Read more...
13 Apr 2008 at 7:31am Mass merchants live up to their name: They are massive. The mass merchant and department store e-retailers named to the Hot 100 have been very busy trying to ease the shopping ... Read more...
12 Apr 2007 at 6:19pm Colonizing The MoonBrunoTheQuestionable 10 min - 2007-04-13The Vision for Space Exploration is the United States space policy announced on January 14, 2004 by U.S. President George W. Bush. It is seen as a response to the Space Shuttle Columbia disaster, the state of human spaceflight at NASA, and a way to regain public enthusiasm for space exploration. The Vision calls for the space program to: Complete the International Space Station by 2010 Retire the Space Shuttle by 2010 Develop the Orion spacecraft (formerly known as the Crew Exploration Vehicle) by 2008, and conduct its first human spaceflight mission by 2014 Develop Shuttle Derived Launch Vehicles Explore the Moon with robotic spacecraft missions by 2008 and crewed missions by 2020 Explore Mars and other destinations with robotic and crewed missions When the Vision was announced in January 2004, the U.S. Congress and the scientific community gave it a mix of positive and negative reviews. For example, Rep. Dave Weldon (R-Fla.) said, "I think this is the best thing that has happened to the space program in decades," while physicist and outspoken manned spaceflight opponent Robert L. Park said that robotic spacecraft "are doing so well it's going to be hard to justify sending a human." Others, such as the Mars Society have argued that it makes more sense to avoid going back to the Moon and instead focus on going to Mars first. In a position paper issued by the National Space Society (NSS), a return to the Moon should be considered a high space program priority, in order to begin development of the knowledge and identification of the industries unique to the Moon. The NSS believes that the Moon may be a repository of the history and possible future of our planet, and that the six Apollo landings only scratched the surface of that treasure. According to NSS, the Moon's far side, permanently shielded from the noisy Earth, is an ideal site for future radio astronomy. Unique products may be producible in the nearly limitless extreme vacuum of the lunar surface, and the Moon's remoteness is the ultimate isolation for biologically hazardous experiments. Lunar resources include most if not all raw materials available on Earth. The Moon can serve as a proving ground for a wide range of space operations and processes, including developments toward In-Situ Resource Utilization or "living off the land" (i.e., self-sufficiency) for permanent human outposts. This has various benefits. Initial return missions as recently proposed by the U.S. President and NASA can be done through space operations using the existing launch infrastructure and assets developed by the shuttle and International Space Station programs, plus existing expendable launch vehicles, with a minimum of new research and development programs. The lessons learned from international cooperation during ISS construction and operations can be improved upon and extended to human missions to the Moon, Mars and elsewhere. Initial missions could place scientific equipment on the Moon and return samples from areas never explored, such as the polar regions. Extent of water and other volatiles important to lunar industrialization could be determined. As future reusable launch systems begin operations, reducing cost and enabling higher flight rates, Earth-Moon traffic can become routine. With humans on the Moon again, NASA's space activities would take on new vigor and public interest. Throughout much of 2004, it was unclear whether the U.S. Congress would be willing to approve and fund the Vision for Space Exploration. However, in November 2004, Congress passed an omnibus spending bill which gave NASA the $16.2 billion that President Bush had sought to kick-start the Vision. According to then-NASA chief Sean O'Keefe, that spending bill "was as strong an endorsement [of the space exploration vision] as any of us could have imagined." In 2005, Congress passed S.1281, the NASA Authorization act of 2005, which explicitly endorses the Vision. The current NASA Administrator, Michael Griffin, who took office in April 2005, is a big supporter of the Vision, but has also modified it somewhat, saying that he wants to reduce the four year gap between the retirement of the Space Shuttle and the first manned mission of the Crew Exploration Vehicle. Read more...
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