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BuyChoker vs Basket vs Vertical Hitch — Which to Use
Capacity tradeoffs, load stability, and when each hitch mode is the right call — then run angle math on the geometry you actually rig
The Sling Angle Load Guide covers angle factor and tag reading. This page is the hitch fork: vertical for plumb picks, basket for long balanced loads, choker for bundles and friction-dependent grips. After you pick a hitch, use the Sling Angle Load Calculator for bridle angle reduction — hitch derate and angle factor stack, not replace each other.
Three Hitch Modes Compared
~100% vertical WLL
Vertical Hitch
- Single leg or two legs plumb from hook to pick point
- Best when pick point aligns with center of gravity
- Highest per-leg WLL on the tag column
- Load can tilt if CG is off-center
- Simplest geometry — fewest hidden derates
~75–80% vertical WLL
Choker Hitch
- Sling passes through itself — tightens under load
- Good for bundles, pipe, and grouped stock
- Friction-dependent — smooth cylinders can roll out
- Stress concentrates at choke point — inspect there first
- Lower WLL column on tag than vertical
~200% vertical WLL (ideal)
Basket Hitch
- Load sits in the bight; two legs share vertical load
- Excellent for long, balanced beams and skids
- Capacity bonus only when legs stay near vertical
- Load can slide in bight if not balanced
- Wide bridle angle erodes the basket advantage
Remember: Hitch derates come from the tag column for that mode. Angle factor (sin θ from horizontal) applies separately to bridle legs — always calculate both.
Quick Decision Matrix
| Load situation | Prefer | Why | Watch-out |
|---|---|---|---|
| Single pick point over CG; pad eye on top | Vertical | Full vertical WLL; predictable tension path | Any CG offset tilts load immediately |
| Long I-beam, pipe, or skid — CG centered | Basket | Two legs share vertical load; high capacity when legs vertical | Legs flatten → angle factor drops capacity |
| Bundle of pipe or stacked lumber | Choker | Choke cinches bundle; no separate pick point needed | Roll-out on smooth round stock; use tag choker WLL |
| Finished paint / soft surfaces | Basket or vertical with padding | Spread load; avoid choke pinch scarring | Edge protection still required on sharp corners |
| Unknown or shifting CG | Re-rig — often vertical from relocated pick | Stability beats nominal capacity | Do not "hope" a choker will hold a rolling load |
| Heavy load near capacity on paper | Vertical or basket with verified angle | Margin for calculation error | Run calculator — see troubleshooting |
Capacity Tradeoffs in Plain Language
Vertical gives the baseline WLL printed on the tag — use this as 100% reference. Choker trades capacity for gripping force around the load; plan at 75–80% unless your tag states otherwise. Basket can reach ~200% of single-leg vertical WLL when both legs are vertical and load share is even — but the moment legs angle outward, sin(θ) applies and the "double capacity" story disappears fast.
Example: 2,000 lb vertical WLL sling in basket mode might allow ~4,000 lb vertically with perfect geometry. Same sling at 45° leg angle from horizontal: sin(45°) ≈ 0.707 → effective system capacity ≈ 2,828 lb before any other derates.
Load Stability Over Nominal Capacity
The highest-capacity hitch on paper is worthless if the load rolls, slides, or inverts. Stability checks come before capacity checks:
- Confirm center of gravity — rig above it, not beside it
- Match hitch to surface friction (choker on polished pipe needs blocks or a basket)
- Tag line on loads that may rotate
- Edge protection on web slings — a cut edge ends the debate
- Verify hook / shackle WLL in the full tension path, not just the sling
- Controlled lift speed — no shock loading
When a lift failed despite "enough capacity," walk the forks in Sling Angle Load Troubleshooting.
When You Add a Bridle (2, 3, or 4 Legs)
Multi-leg bridles combine hitch mode with angle geometry. A two-leg vertical bridle on a spreader bar is not the same as a two-leg basket under a beam — leg tension paths differ. For any bridle:
- Use WLL per leg from the correct hitch column on the tag
- Measure angle from horizontal on loaded legs
- Assume unequal share on stiff loads unless proven otherwise
- Pass if load ≤ rated × legs × sin(θ) — see the calculator
Lock Hitch, Then Run Angle Math
Pick vertical, choker, or basket from load shape and stability. Enter tag WLL, leg count, angle from horizontal, and load weight for pass/fail with explicit formulas.
Sling Angle Load Calculator → Sling Angle Load Guide →Any trade
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