Satellites　give　exceptional　points　of　interest,　for　example,　remote　scope　with　fast　sending,　separation　lack　of　care,　transmission　capacity　on　interest,　safety　to　physical　debacles,　and　offering　broadband　connections.　TCP　has　been　produced　for　wired　systems　that　have　a　lower　delay　and　a　low　piece　mistake　rate.　It　is　the　most　usually　utilized　transport　layer　convention　as　a　part　of　the　Internet　and　gives　solid　and　end-to-end　correspondence　administrations　for　applications.　TCP　blockage　control　and　blunder　control　components　will　be　altogether　affected　by　the　long　engendering　delay,　mistake　inclined　qualities　and　asymmetry　of　satellite　connections,　in　this　manner　debasing　the　execution　of　TCP　over　satellite　connections.　This　paper　concentrates　on　examining　TCP　execution　in　satellite　situations　and　how　to　upgrade　TCP　execution　over　the　satellite　correspondence.　Keeping　in　mind　the　end　goal　to　enhance　the　execution　of　TCP　Vegas　in　satellite　situations,　the　customary　TCP　Vegas　can　be　enhanced　in　this　paper,　and　another　clog　control　calculation　is　proposed.　The　figuring　of　round　trek　time　is　computed　in　light　of　the　dynamic　change　of　the　separation　between　the　satellites.　Furthermore,　the　limit　is　balanced　by　rate.　The　execution　of　the　enhanced　TCP　Vegas　can　be　assessed　through　serials　of　recreation　analysis.　Reenactment　results　demonstrate　that　the　enhanced　TCP　Vegas　can　get　better　throughput.