Winchester · Rifle

Winchester USA Ready 223 Remington 62 gr

0.216BC (G1)

62.0gr4.02 g

934m/s3065 fps

1753J1293 ft·lb

Manufacturer	Winchester
Calibre	5.70 mm (.224")
Bullet weight	62.0 gr · 4.02 g
Ballistic coefficient G1	0.216
Ballistic coefficient G7	not published
Drag model used	G1
Muzzle velocity	934.2 m/s · 3065 fps
Muzzle energy	1753 J · 1293 ft·lb
Sectional density	0.176
Form factor	i1 0.814
Category	Rifle
Source	Winchester website 2026-07-02 (verified)

Reading these numbers

Only a G1 ballistic coefficient is published for this load, so BallisticApp solves it against the G1 drag table. G1 BC drifts with velocity — the figure below is valid near the muzzle and drops off as the bullet slows.

Muzzle energy of 1753 J (1293 ft·lb) is computed from the bullet weight and muzzle velocity above, not quoted from the catalogue. Sectional density 0.176 describes weight per unit of frontal area; divided by the ballistic coefficient it gives the form factor, which is how much drag the shape adds over the standard projectile.

Among the 206 loads of this bore diameter in the database, this one's G1 BC of 0.216 is higher than 106 of them.

Similar 5.70 mm (.224") loads

Fusion MSR, 223 Rem, 62 Grain, Fusion Soft Point, 2750 fps62 gr · BC 0.310 · 838 m/s Fusion Rifle, 223 Rem, 62 Grain, Fusion Soft Point, 3000 fps62 gr · BC 0.310 · 914 m/s 22 ARC 62 gr ELD‑VT™ V‑Match™62 gr · BC 0.199 · 1006 m/s 223 Remington 62 gr FMJ Hornady BLACK®62 gr · BC 0.274 · 945 m/s 224 Valkyrie 62 gr ELD‑VT® V‑MATCH®62 gr · BC 0.395 · 1006 m/s 5.56 NATO 62 gr FMJ62 gr · BC 0.274 · 933 m/s

Turn this into a drop table for your rifle.

These figures are the bullet's starting point. What you actually dial depends on your rifle's zero, the air you're shooting in and the wind on the day — BallisticApp solves that on the phone, offline, using the same G1/G7 tables and this database.

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