The Savage 93R17 FSS is a bolt-action rimfire rifle chambered in .17 HMR with a 21-inch stainless steel barrel and matte black synthetic stock. It holds 5 rounds and weighs 5 lbs. 
 

Key Specifications 

• Caliber: .17 HMR 
• Capacity: 5 rounds 
• Condition: New in Box 
• Hand: Right Handed 
• Manufacturer: Savage Arms 
• Model Number: 93R17 FSS 
• Type: Bolt Action Rifle 
• UPC Code: 062654967122 
   

Detailed Features 

 
The 21-inch button-rifled stainless barrel handles the .17 HMR's high velocity well and holds up in wet conditions. The AccuTrigger lets you customize pull weight for a crisp, consistent break. The matte black synthetic stock is weather-resistant and durable. The five-round detachable box magazine loads and unloads cleanly. 
 

Who It's For 

 
Shooters getting into .17 HMR without a large budget, and experienced hunters who want a dedicated varmint rifle at a reasonable price. The 5 lb weight makes it easy to carry over extended hunts. 
 

Usage 

 
Varmint hunting is the natural application -- rabbits, squirrels, and similar small game at reasonable distances. The .17 HMR's flat trajectory and high velocity are well-suited to that use. The stainless barrel is a practical advantage in varied weather. Target practice and plinking work well too, though the cost per round is higher than .22 LR.

The Savage 93R17 in .17 HMR gets solid reviews, particularly for accuracy and reliability. Owners call out precision as a consistent strength for both small game hunting and target work. The 21-inch stainless barrel gets specific praise for durability and performance in different weather conditions.

The lightweight build (5 lbs) is appreciated by hunters who carry over longer distances. The AccuTrigger's adjustability draws positive feedback from owners who took time to set it up to their preference.

Two areas where owners suggest improvement: stock quality, with several recommending aftermarket upgrades for better ergonomics or aesthetics, and the action occasionally needing a break-in period before reaching optimal smoothness. Neither issue appears to be a significant problem, but recurring enough to mention.