Drill Rivet Attachment: Compatibility & Alternatives

Drill Rivet Attachment: When to Use One and When to Choose a Rivet Gun

A drill rivet attachment can be suitable for occasional, light-duty blind riveting, provided the manufacturer confirms compatibility with your drill and the rivets you intend to install. For regular work, a dedicated rivet gun may be a more practical choice. When an attachment's capacity is exceeded or cannot be verified, choosing a tool explicitly rated for the job is the safer approach.

The important question is not simply whether an attachment fits your drill. It is whether the complete setup suits the fastener, the joint and the work involved.

We do not sell drill rivet attachments. This guide explains their limitations and how to compare them with dedicated hand, air and cordless riveting tools.

How Does a Drill Rivet Attachment Work?

A drill rivet attachment, sometimes described as a rivet gun adapter, uses a compatible drill to operate a blind-rivet setting mechanism. The drill provides the drive, while the attachment performs the pulling operation.

A blind rivet consists of a body and a mandrel, which is the long stem extending from the rivet. During installation, the tool grips and pulls the mandrel, deforming the rivet body on the far side of the joint. In a breakstem blind rivet, the mandrel then breaks at its designed breaking point.

The operating sequence depends on the attachment. For example, Kincrome's KP45001 instructions describe using reverse to prepare the mechanism, forward to set the rivet while holding the attachment housing, and reverse again to release the spent mandrel. Always follow the instructions for the exact model rather than assuming every attachment operates identically. For further information, refer to the Kincrome KP45001 operating instructions.

A Rivet Attachment Is Not Necessarily a Rivet Nut Attachment

A blind rivet nut creates a threaded fixing point for a screw or bolt. It is installed using a suitable rivet nut tool with a threaded mandrel, rather than the same pulling arrangement used for ordinary breakstem blind rivets.

Do not assume an attachment handles both fastener types unless its manufacturer explicitly specifies that capability.

Drill Rivet Attachment Compatibility: Six Checks Before You Start

1. Rivet Diameter and Material

Check the attachment's capacity for the specific combination of rivet diameter and material. A maximum diameter printed on the packaging is not enough.

For example, BGS specifies its model 406 attachment for aluminium rivets from 2.4 to 4.8 mm, but stainless steel rivets only from 2.4 to 4.0 mm. Its supplied 4.8 mm nosepiece therefore does not establish compatibility with 4.8 mm stainless steel rivets.

The lesson is straightforward: read the material-specific capacity, not just the largest number.

2. Mandrel, Nosepiece and Jaw Compatibility

Check both the rivet body and mandrel materials. Manufacturer capacity charts can distinguish between combinations such as aluminium/aluminium and aluminium/steel, as well as between different rivet designs.

The nosepiece must also suit the rivet and the tool. Nosepiece selection depends on the rivet's dimensions, material and tool model. A stem fitting through the opening is not, by itself, a complete compatibility check.

3. Drill Torque, Speed and Operating Mode

There is no single drill specification that applies to every rivet attachment.

Kincrome's KP45001 manual specifies a minimum torque of 11 Nm and a maximum operating speed of 1,000 rpm. BGS specifies a reversible drill with at least 15 Nm for its model 406.

These are model-specific requirements, not universal settings. Drill voltage alone does not establish compatibility.

A matching hex shank does not establish impact-driver compatibility either. Kincrome expressly states that the KP45001 is not suitable for impact drivers. Check the permitted driving tool before connecting any attachment.

4. Joint Thickness and Hole Preparation

The rivet must suit the joint as well as the tool.

Measure the combined thickness of the materials being joined and select a rivet whose specified grip range includes that thickness.

Follow the fastener manufacturer's hole-size requirements and prepare clean, burr-free holes. An appropriate tool cannot compensate for an incorrectly selected rivet or an unsuitable hole.

5. Access and Control

Check the space needed for the complete drill-and-attachment assembly, including your hands.

Some drill rivet attachments require the operator to hold both the drill and the attachment housing firmly during installation. Consider whether that position is practical at the actual joint, not just on an open workbench.

Some dedicated riveting tools offer compatible extended nosepieces for recessed or narrow locations. These should be selected for the particular tool and application, not treated as universal accessories.

6. Intended Use and Workload

Confirm whether the attachment is intended for the work you plan to do. Capacity and intended use are separate checks.

For example, the BGS 406 manual limits the product to private use and states that it is not intended for commercial or industrial applications. That restriction matters even when the rivet's diameter and material fall within its stated range.

Drill Rivet Attachment vs Hand, Air and Cordless Rivet Guns

There are several ways to install blind rivets, and each tool type has different advantages depending on how frequently you work with rivets, the materials involved and the installation environment.

The following comparison provides a starting point when deciding whether a drill attachment or a dedicated rivet gun is appropriate.

Tool Type	Best Suited For	Key Considerations
Drill Rivet Attachment	Occasional, light-duty riveting with a compatible drill.	Check rivet material, diameter, drill torque, operating requirements and intended use.
Hand Rivet Gun	Occasional repairs, smaller projects and jobs without powered equipment.	Requires manual effort and sufficient space to operate the handles.
Air Rivet Gun	Repeated riveting in workshops and production environments.	Requires a suitable compressed-air supply and a tool rated for the fastener.
Cordless Rivet Gun	Regular riveting, mobile work and locations where an air hose is inconvenient.	Check fastener capacity, battery requirements, runtime and tool weight.

A dedicated tool is not automatically compatible simply because it is called a rivet gun. Its working range must still match the rivet type, body and mandrel materials, and diameter.

Manufacturer capacity charts should take priority over broad descriptions such as "heavy duty".

Setup Checks Before Using a Drill Rivet Attachment

Before using any drill-powered riveting attachment, complete the following checks:

• Read the instructions: Follow the operating and safety requirements for both the drill and the attachment.
• Confirm rivet compatibility: Check the specified rivet diameter, body material and mandrel material.
• Select the correct nosepiece: Use the nosepiece specified by the attachment manufacturer.
• Check the drill: Confirm the required torque, speed range, operating mode and drive compatibility.
• Secure the workpiece: Ensure the materials cannot move unexpectedly during installation.
• Wear appropriate protection: Use eye protection and follow the manufacturer's safety precautions.
• Inspect the equipment: Check for damage, loose components or binding before operation.

Treat the first installation as a check of the setup, not a reason to overlook the specification. Inspect the completed joint against the fastener manufacturer's requirements before continuing.

For safety-critical work, obtain confirmation of the required fastener and installation tool rather than relying on a trial rivet that appears satisfactory.

Common Drill Rivet Attachment Problems and When to Stop

The Jaws Slip or the Rivet Will Not Pull

Dirty or worn jaws can prevent a rivet from being set correctly. Some manufacturers identify jaw cleaning or replacement as a remedy for this fault.

Stop and follow the attachment's maintenance instructions rather than repeatedly applying more drive.

The Mandrel Becomes Trapped or Does Not Break

A trapped mandrel, obstructed mandrel path, incorrect nosepiece or a fastener requiring more setting force than the attachment can provide may cause problems.

Diagnose the symptom using the tool manufacturer's instructions. Do not assume that increasing drill speed or torque will solve the problem.

The Tool Operates Abnormally

Visible nosepiece damage, unreliable pulling, unusual drive noises or a mechanism that fails to return properly are signs that the tool requires inspection.

If the cause cannot be identified and corrected using the manufacturer's instructions, stop using the equipment and seek appropriate servicing.

Important: Isolate the power before clearing jams, changing components or carrying out maintenance. Do not continue using equipment with an unresolved fault.

When Is a Dedicated Rivet Gun the Better Choice?

A drill rivet attachment can offer a convenient option for compatible, occasional riveting jobs. However, a dedicated riveting tool is often worth considering when the work becomes more frequent, requires a wider range of fasteners or involves demanding installation conditions.

Consider a dedicated rivet gun when:

• You regularly install large numbers of blind rivets.
• You work with rivet materials or diameters outside the attachment's rated capacity.
• You need a tool intended for professional workshop or industrial use.
• You require access to recessed, narrow or awkward fastening locations.
• You want a riveting tool with manufacturer-specified performance for your application.
• You need equipment suited to repeated on-site or production work.

For occasional jobs, a suitable hand riveter may be sufficient. For regular mobile work, a compatible cordless riveter may be more practical. For repeated workshop riveting, an air-powered rivet gun may be appropriate where a suitable compressed-air supply is available.

The correct choice depends on the rivet specification, installation requirements and workload.

Choosing the Right Riveting Tool for Your Application

Before purchasing any riveting equipment, identify the fasteners and installation conditions involved.

Useful details include:

• Rivet type: Blind rivet, structural blind rivet or rivet nut.
• Rivet diameter: The specified diameter in millimetres.
• Rivet material: Including the body and mandrel materials where applicable.
• Material thickness: The combined thickness of the materials being joined.
• Workload: Whether the tool will be used occasionally or for regular production work.
• Working environment: Workshop, construction site, maintenance area or mobile application.
• Available power: Whether manual, compressed-air or battery-powered equipment is practical.

Having these details ready makes it easier to identify a suitable riveting tool rather than relying on general claims about capacity or performance.

Need a Dedicated Riveting Tool?

While we do not stock drill rivet attachments, dedicated riveting tools provide alternative solutions for many fastening applications.

Whether you are comparing hand riveters, pneumatic rivet guns or cordless riveting tools, the starting point should always be the fastener specification and the requirements of the job.

If you need assistance selecting a suitable riveting tool, contact our team with your rivet size, material and application details.

Choose the tool that is specified for the rivet and the job, not simply the attachment that fits the drill you already own.

Frequently Asked Questions About Drill Rivet Attachments

Can you use a normal cordless drill with a rivet attachment?

Some drill rivet attachments are designed for compatible cordless drills. However, you must check the attachment manufacturer's requirements for torque, speed, chuck or shank compatibility and operating direction. Not every drill is suitable.

Can a drill rivet attachment install stainless steel rivets?

Some attachments can install specified sizes of stainless steel blind rivets, but their stainless steel capacity may be lower than their aluminium rivet capacity. Always check the manufacturer's material-specific ratings.

Can you use a rivet attachment with an impact driver?

Do not assume that you can. Some attachments, including the Kincrome KP45001, are expressly unsuitable for impact drivers. Only use an impact driver if the attachment manufacturer explicitly permits it.

Is a drill rivet attachment as good as a rivet gun?

Both can install compatible blind rivets when used correctly, but their suitability depends on the specific tool, fastener and workload. A drill attachment may be practical for occasional jobs, while a dedicated hand, air or cordless rivet gun may be more suitable for repeated or specialised work.

Can a drill rivet attachment install rivet nuts?

Not unless the attachment is specifically designed and rated for rivet nut installation. Standard blind-rivet attachments and rivet nut setting tools use different mechanisms and are not automatically interchangeable.

What size rivets can a drill rivet attachment handle?

The supported sizes vary by model and rivet material. Some attachments accommodate common blind-rivet diameters such as 2.4, 3.2, 4.0 and 4.8 mm, but the maximum permitted diameter can differ between aluminium, steel and stainless steel rivets. Refer to the exact manufacturer's specifications before use.