Greater Sandwurm

Description

The Greater Sandwurm represents a formidable presence in the Magic: The Gathering trading card game, specifically within the 2020 Ikoria: Lair of Behemoths expansion. As card number 157 in the set, this creature serves as a staple for players seeking raw power and strategic flexibility during gameplay. The card features a striking foil treatment that distinguishes it from the standard nonfoil versions, adding a layer of visual appeal for collectors and players alike. In terms of mechanics, the Greater Sandwurm is a seven-mana Creature — Wurm with a substantial 7/7 power and toughness. Its primary defensive capability lies in its ability to prevent smaller creatures from blocking it, effectively forcing opponents to deal with the threat using larger creatures or direct interaction. This makes it a resilient presence on the battlefield that demands attention from opponents. Beyond its static ability, the card offers significant utility through its cycling cost of {2}. By discarding the card, players can draw a new card, providing a vital resource engine that helps maintain hand size and deck momentum. This dual nature of being both a powerful attacker and a draw engine makes it a versatile tool in green-based strategies. Designed by Grzegorz Rutkowski, the card captures the essence of the behemoth-heavy world of Ikoria. The flavor text hints at the constant danger lurking in the wilds, reflecting the card's imposing physical presence. Whether you are looking to complete your Ikoria set or simply appreciate the design of this foil version, the Greater Sandwurm remains a key component of the Magic: The Gathering universe. Its combination of raw stats and functional text ensures it remains relevant in casual play and community events. Collectors can find the Greater Sandwurm as part of their journey to assemble complete sets or to acquire specific cards for their decks. The card's straightforward yet impactful design makes it a favorite among enthusiasts who value both aesthetic quality and mechanical depth.