# Helhom 34 in. x 14 in. Orange Heavy Duty Forged Steel Extension Ladder Stabilizer, Wall Extension Ladder Standoff Arms

**Brand:** [Helhom](https://shop.coreranger.com/brands/Helhom)
**SKU:** 39-CLt2L5
**Price:** $122.90 · in stock
**URL:** https://shop.coreranger.com/product/helhom-34-in-x-14-in-orange-heavy-duty-forged-steel-extension-ladder-stabilizer-wall-extension-ladde-340111549

## Specifications

| Spec | Value |
|---|---|
| Model # | 39-CLt2L5 |
| Features | Weather Resistant |
| Internet # | 340111549 |
| Returnable | 90-Day |
| Store SKU # | 1016069415 |
| Product Width (in.) | 34 in |
| Product Height (in.) | 14 in |
| Product Weight (lb.) | 6 lb |
| Ladder Accessory Type | Ladder Stabilizers |
| Manufacturer Warranty | This product comes with a 3-month quality warranty. From the date of purchase, if non-human-caused quality issues occur, please contact after-sales service via lexi@marvinational.com for handling. |
| Certifications and Listings | No Certifications or Listings |

## Description

This extension ladder stabilizer features a steel frame measuring 38 in. width with 14 in. standoff arms that create a 4 in. clearance from work surfaces. The adjustable design accommodates various ladder widths while the large rubber pads at both ends provide secure contact with walls and protect surfaces from scratches. The forged steel construction provides structural integrity under load while the smooth finish resists corrosion in outdoor conditions. The installation utilizes long bolts that secure the unit to ladder rails through existing holes, with the assembly process requiring basic tools and typically completing within minutes. The extended arms position the ladder away from gutters and windows, allowing unobstructed access to work areas while maintaining stability. The rubber contact points prevent slipping on smooth surfaces and protect finished walls from marks during use.

• Adjustable design fits various ladder sizes
• Corrosion-resistant finish ensures outdoor use
• Rubber pads prevent slipping on smooth surfaces