Designed specifically for the Kawasaki KLX 230, the ViaTerra Sidestand Shoe improves parking stability on soft and uneven surfaces. By increasing the sidestand’s footprint, it spreads the motorcycle’s weight more evenly, reducing the chances of sinking or tipping over. Precision-engineered using high-quality materials, it’s a practical addition for riders who tour, explore trails, or regularly park off the tarmac.
USP 1
Extended footprint increases the stand base area by over 2.3 times for improved stability
USP 2
Even weight distribution prevents the stand from sinking into soft or uneven surfaces
USP 3
Unique top plate notch design offers a secure grip on the stand’s surface
Whats Included
Sidestand shoe top plate – 1 nos
Sidestand shoe bottom plate – 1 nos
All necessary fasteners, spacers & washers included (refer to installation manual)
Built to last:
All parts are made using a combination of SAE 304 stainless steel (top plate) and 6061 aluminum (bottom plate) to ensure high wear resistance, corrosion protection, and optimal weight balance.
Loctite thread locker and spring washer are provided to prevent the screws from coming loose due to vibrations.
Stainless steel fittings are used for longer life.
Functional:
Increases footprint area by over 2 times providing better weight distribution, thereby enhances stability of bike on soft surfaces.
Dimension
91L x 73B x 11H mm
Weight
210 gms
Material
Made using a combination of SAE 304 stainless steel (top plate) and 6061 aluminum (bottom plate), the Kawasaki KLX 230 Side Stand Shoe offers exceptional strength, corrosion resistance, and weight optimization.
All components, including the high-strength bolts and washers, are crafted from stainless steel for longer life and consistent performance.
The precision laser-cut and CNC-machined finish ensures accuracy, while the stainless steel construction prevents galvanic corrosion for reliable use over time.
Mounting and Installation Guide
The Kawasaki KLX 230 Sidestand Shoe is designed for quick and secure installation, with all required stainless steel fasteners, spacers, and washers included.
A 3mm Allen key and Loctite 243 threadlocker are provided to ensure a firm, vibration-resistant fit.
Precision machining guarantees accurate alignment with the stand, allowing for a simple setup without any modifications.
Care and Storage
1. Periodically check the fasteners for tightness, especially after extended rides, and reapply Loctite 243 threadlocker if needed.
2. Clean the sidestand shoe with mild soap and water, then dry thoroughly to prevent moisture buildup.
3. Avoid using harsh chemicals or abrasive pads, as these can dull the matte finish and affect long-term durability.
Things to Remember
1. Ensure the 3mm Allen key is fully seated in the fastener head before tightening or loosening to prevent rounding or slippage.
2. Apply Loctite 243 threadlocker to the fasteners during installation for a secure, vibration-resistant fit.
Legal Metrology Data
Product name: Kawasaki KLX 230 SIDESTAND SHOE Name of the commodity: Automotive parts Manufactured/Imported By: ViaTerra Travel Gear Pvt Ltd, OS-2, Opp H-18, MIDC Satpur, Nashik 422007
Country of Origin: India
Price, wherever mentioned, is MRP and inclusive of all taxes.
For customer complaints and support, email or call us Customer Care Contact : 88866 51324
Email ID: contactus@viaterragear.com
Is the sidestand shoe compatible with all Kawasaki KLX 230 models?
Yes, This sidestand shoe is designed for all Kawasaki KLX 230s.
Does it require any modifications to the bike for installation?
No, it does not require any modifications. The shoe mounts directly onto the existing stand using the provided stainless steel fasteners, spacers, washers, Loctite threadlocker, and 3mm Allen key.
Is it suitable for off-road and touring use?
Yes, the SAE 304 stainless steel construction, precision machining, and corrosion-resistant finish make it ideal for both off-road trails and long-distance touring.
Will it affect the bike’s lean angle?
No, the bottom plate cavity depth raises the bike by only 2mm, ensuring the lean angle remains optimal for balance and stability.
