Weapons Catalog/TCX-SPR

ASSAULT

7.62x39mm

TCX-SPR

Authentic extracted client ballistics & keyframe recoil profile

Live Weapon Telemetry

Base factory configuration

Fire Rate

800RPM

13.3 rounds/sec

Muzzle Velocity

700m/s

Kinetic speed

ADS Aim Time

320ms

Base: 320ms

Precision (MOA)

0.6MOA

~1.7cm @ 100m

Damage Drop-Off

400m/1200m

Full damage (34.0 dmg) out to 400m, Min Damage (6.8 dmg) at 1200m

Magazine

28Rds

Base: 28Ammo specs

Recoil Modifiers:

Vertical:0%

Horizontal:0%

Lowest Recoil Build:

•Open Build in Gunsmith

MuzzlePBS-4 Suppressor

ForegripTDG Vertical Foregrip

OpticOKP 7 Reflex

MagazineTCX-SPR 28 RND Magazine

Real-time 2D target projection at range

Gunsmith Attachment Slots

Equip authentic attachments. Handling multipliers stack multiplicatively, dynamically modulating ADS speed, spread cone, and recoil climb in the target canvas.

Attachment Configuration

Customize modular weapon parts to optimize recoil & handling

Recoil Target Preview

Live canvas simulation

Recoil Simulation

Custom Build: 77.4cm Spread

Original Spray: 77.4cm Spread

Vertical Recoil

+76.4 cm

Horizontal Recoil

±6.4 cm

Shots Fired:

Target Range:

25 m

Extracted Keyframe Telemetry (Unreal Engine DA_*_Stats)

Per-Shot Pitch & Yaw Vector Telemetry

Learn Recoil Math

Pitch Max Ceiling45°

Yaw Clamp Bounds[-22.5°, 22.5°]

Recoil Jitter Cone±10°

Post-Pattern Pitch+0.5° to +1°

Post-Pattern Yaw-0.2° to +0.2°

Shot #	Pitch Impulse (°)	Cumulative Pitch (°)	Yaw Drift (°)	Cumulative Yaw (°)	Displacement @ 25m	Displacement @ 50m
1	+1.075°	1.07°	+0.015°	+0.02°	X: 0.7cm, Y: 46.9cm	X: 1.3cm, Y: 93.8cm
2	+1.403°	2.48°	-0.023°	-0.01°	X: -1cm, Y: 61.2cm	X: -2cm, Y: 122.5cm
3	+1.607°	4.08°	+0.031°	+0.02°	X: 1.3cm, Y: 70.1cm	X: 2.7cm, Y: 140.2cm
4	+1.720°	5.80°	+0.062°	+0.08°	X: 2.7cm, Y: 75.1cm	X: 5.4cm, Y: 150.1cm
5	+1.754°	7.56°	+0.089°	+0.17°	X: 3.9cm, Y: 76.5cm	X: 7.7cm, Y: 153.1cm
6	+1.731°	9.29°	+0.108°	+0.28°	X: 4.7cm, Y: 75.6cm	X: 9.4cm, Y: 151.1cm
7	+1.697°	10.99°	+0.123°	+0.40°	X: 5.4cm, Y: 74.1cm	X: 10.8cm, Y: 148.1cm
8	+1.663°	12.65°	+0.119°	+0.52°	X: 5.2cm, Y: 72.6cm	X: 10.4cm, Y: 145.2cm
9	+1.641°	14.29°	+0.112°	+0.64°	X: 4.9cm, Y: 71.6cm	X: 9.7cm, Y: 143.2cm
10	+1.618°	15.91°	+0.100°	+0.74°	X: 4.4cm, Y: 70.6cm	X: 8.7cm, Y: 141.2cm
11	+1.595°	17.50°	+0.081°	+0.82°	X: 3.5cm, Y: 69.6cm	X: 7.1cm, Y: 139.2cm
12	+1.584°	19.09°	+0.054°	+0.87°	X: 2.4cm, Y: 69.1cm	X: 4.7cm, Y: 138.3cm
13	+1.561°	20.65°	+0.019°	+0.89°	X: 0.8cm, Y: 68.1cm	X: 1.7cm, Y: 136.3cm
14	+1.550°	22.20°	-0.023°	+0.87°	X: -1cm, Y: 67.6cm	X: -2cm, Y: 135.3cm
15	+1.539°	23.74°	-0.062°	+0.80°	X: -2.7cm, Y: 67.2cm	X: -5.4cm, Y: 134.3cm
16	+1.527°	25.26°	-0.092°	+0.71°	X: -4cm, Y: 66.7cm	X: -8.1cm, Y: 133.3cm
17	+1.516°	26.78°	-0.119°	+0.59°	X: -5.2cm, Y: 66.2cm	X: -10.4cm, Y: 132.3cm
18	+1.505°	28.28°	-0.135°	+0.46°	X: -5.9cm, Y: 65.7cm	X: -11.8cm, Y: 131.3cm
19	+1.493°	29.78°	-0.146°	+0.31°	X: -6.4cm, Y: 65.2cm	X: -12.8cm, Y: 130.4cm
20	+1.482°	31.26°	-0.142°	+0.17°	X: -6.2cm, Y: 64.7cm	X: -12.4cm, Y: 129.4cm
21	+1.482°	32.74°	-0.127°	+0.04°	X: -5.5cm, Y: 64.7cm	X: -11.1cm, Y: 129.4cm
22	+1.471°	34.21°	-0.100°	-0.06°	X: -4.4cm, Y: 64.2cm	X: -8.7cm, Y: 128.4cm
23	+1.471°	35.68°	-0.065°	-0.12°	X: -2.9cm, Y: 64.2cm	X: -5.7cm, Y: 128.4cm
24	+1.460°	37.14°	-0.023°	-0.15°	X: -1cm, Y: 63.7cm	X: -2cm, Y: 127.4cm
25	+1.460°	38.60°	+0.015°	-0.13°	X: 0.7cm, Y: 63.7cm	X: 1.3cm, Y: 127.4cm
26	+1.448°	40.05°	+0.046°	-0.08°	X: 2cm, Y: 63.2cm	X: 4cm, Y: 126.4cm
27	+1.437°	41.49°	+0.069°	-0.02°	X: 3cm, Y: 62.7cm	X: 6cm, Y: 125.4cm
28	+1.437°	42.92°	+0.077°	+0.06°	X: 3.4cm, Y: 62.7cm	X: 6.7cm, Y: 125.4cm
29	+1.425°	44.35°	+0.065°	+0.13°	X: 2.9cm, Y: 62.2cm	X: 5.7cm, Y: 124.4cm
30	+1.414°	45.00°	+0.046°	+0.17°	X: 2cm, Y: 61.7cm	X: 4cm, Y: 123.4cm

Showing 30 extracted keyframe intervals* Recoil Jitter Cone: ±10° (RandomDeviationDegree) applied per shotTarget displacement: Δ = d × tan(θ) × 100

* Recoil Jitter Cone: In addition to the deterministic pitch and yaw keyframes listed above, each shot is perturbed by an engine-defined random deviation cone of ±10° (RandomDeviationDegree) applied to both pitch and yaw axes.

Extracted DistanceDamageFalloffCurve Telemetry

TCX-SPR DAMAGE DROP-OFF

Learn Falloff Math

100% Effective Range0m — 400m

Curve End Distance1200m

Retention Floor20% Damage

Engine Data AssetDA_WEPN_037_Stats.uasset

Armor Filter:

Drop-Off Envelope: 400m / 1200m•Floor: 20%

Standard FMJ ammunition against Upper Chest (Thorax). Retention curve: Full damage (34 dmg) out to 400m, Min Damage (6.8 dmg) at 1200m.

100% Threshold

Retention Floor

Range	Damage Retention	Tier 0	Tier 1	Tier 2	Tier 3	Tier 4	STK (T0)	TTK (T0)
0m	100%	34.0	23.8	20.4	17.0	13.6	3 STK	150ms
25m	100%	34.0	23.8	20.4	17.0	13.6	3 STK	150ms
50m	100%	34.0	23.8	20.4	17.0	13.6	3 STK	150ms
100m	100%	34.0	23.8	20.4	17.0	13.6	3 STK	150ms
200m	100%	34.0	23.8	20.4	17.0	13.6	3 STK	150ms
300m	100%	34.0	23.8	20.4	17.0	13.6	3 STK	150ms
400m	100%	34.0	23.8	20.4	17.0	13.6	3 STK	150ms
500m	90%	30.6	21.4	18.4	15.3	12.3	4 STK	225ms
600m	80%	27.2	19.1	16.3	13.6	10.9	4 STK	225ms
800m	60%	20.4	14.3	12.3	10.2	8.2	5 STK	300ms
1000m	40%	13.6	9.5	8.2	6.8	5.4	8 STK	525ms
1200m	20%	6.8	4.8	4.1	3.4	2.7	15 STK	1050ms

Damage evaluated against torso hitboxes with Standard FMJ ammunitionUnreal Units converted via 100 UU = 1m (10,000 UU = 100m)

Understanding the Numbers

Want to know how TCX-SPR's damage, falloff, and durability wear were calculated?

Check out the technical deep dive covering the 13-zone anatomical bone model, armor plate durability degradation pools (240 HP to 780 HP), and how high-penetration rounds produce penetration kills versus plate-shatter kills.

Read Game Mechanics Deep Dive