The RVO Horizon 0.5x Focal Reducer is a 1.25" threaded reducer for any 1.25" eyepiece or diagonal. This reducer will essentially half your focal length of your telescope providing a wider field of view and brighter images.
The RVO Horizon Super Plossl eyepieces are superb for upgrading stock eyepieces at a budget price. The quality is superb for the money and provide a nice 52° field of view and are compatible with most optical systems on the market.
The RVO Horizon 0.5x Focal Reducer is a 2" threaded reducer for any 2" eyepiece or diagonal. This reducer will essentially half your focal length of your telescope providing a wider field of view and brighter images.
The RVO Horizon 2.5x 3 Element Barlow Lens is a superb addition to any set up. Using a 2.5x magnification factor will allow you to get even more mag from your telescope without overpowering the system.
The new RVO Horizon SuperView eyepieces are superb value for money eyepieces boasting a large field of view with comfortable eye relief and available in various focal lengths.
The RVO Horizon finderscopes come complete with synta style brackets and are available in either a 6 x 30 or 8 x 50 size. Both are fully multi-coated with high quality crosshair
The RVO Horizon 5x 3 Element Barlow Lens is a superb addition to any set up. Using a 5x magnification factor will allow you to get even closer to solar system objects from your eyepieces.
The RVO Horizon 0.75x Focal Reducer is a 2" push fit reducer designed for use with the RVO Horizon Ritchey-Chretien telescopes. This 2 element optical design reduces the scopes effective focal length by a factor of 0.75x.
The RVO Horizon f/4 Coma Corrector is designed specifically for our Horizon f/4 imaging newtonians. Get instantly flat field images with this superb addition.
The RVO Horizon 2" mirror diagonal is a fully CNC machined body housing a high quality dielectric mirror for ultimate reflectivity on a range of telescopes.
The RVO Horizon 2" Quartz Dielectric diagonal is a high end diagonal featuring a Quartz mirror that offers greater thermal stability, resulting in minimal thermal expansion and contraction.