Sharpa D01 Review: Specs, Price and Verdict

Sharpa D01 combines body tactile sensing, 5 kg arms and Jetson Thor, but its price, delivery timing and independent task results are not public.

This Sharpa D01 review finds a serious research platform with a familiar problem: most of the useful evidence comes from its maker. Sharpa launched D01 at IROS in Pittsburgh on September 28, alongside the W02 tactile hand and AE01 data glove. The company publishes a detailed specification sheet, but no public price, availability date, warranty, field reliability record or independent task benchmark.[1]

This is a documentary review, not a hands-on test. D01's hardware is relevant to teams working on contact-rich manipulation, where a robot needs to sense more than camera images and joint positions. Buyers should treat its speed, payload and tactile figures as manufacturer specifications until a third party publishes repeatable tests.

Our view: D01 makes a stronger case as a tactile research instrument than as a ready-to-buy production robot.

What are the Sharpa D01 specs?

Sharpa D01 is a dual-arm tactile manipulation robot with 66 degrees of freedom when fitted with hands. It has a stated 5 kg rated payload per arm and NVIDIA Jetson Thor as its main processor. Sharpa lists control rates up to 1,000 Hz and end-effector repeatability of plus or minus 0.2 mm.[2]

Specification	Published value	What it means for a buyer
Total degrees of freedom with hands	66	A high-joint-count platform, not proof of a task capability.
Rated payload per arm	5 kg	A vendor rating. Sharpa does not publish a duty cycle or test method on the product page.
Maximum end-effector speed	More than 10.5 m/s	A maximum claim, not a measured production cycle time.
Control frequency	Up to 1,000 Hz	Fast control communication can help contact control, but controller behavior still needs task tests.
Repeatability	Plus or minus 0.2 mm	Sharpa's stated end-effector repeatability.
Main processor	NVIDIA Jetson Thor	Onboard compute named by the manufacturer.
Body tactile sensing	0.1 to 20 N per taxel, 100 Hz sampling	A stated sensing range and sampling rate, not independent collision performance.
Public price and delivery date	Not disclosed	Sharpa provides a quote request route, but no commercial terms.

*Specs: Sharpa D01 product page, checked October 1, 2026.[2]*

The product page also lists a 1,478 mm dual-arm span with hands, a chassis-free weight of about 40 kg, Wi-Fi 6 and 1000BASE-T Ethernet. Those details help teams place D01 in a lab architecture. They do not answer how it behaves through a long shift, after a bump or when a cable catches.[2]

Our Jetson Thor vs AGX Orin guide is useful context for teams comparing compute platforms. It also makes the important point: headline compute figures do not replace representative workload tests.

Does D01 have useful tactile sensing?

Sharpa D01's main differentiator is electronic skin over the body, paired with tactile hands. Sharpa says the body skin samples at 100 Hz, measures 0.1 to 20 N per taxel and has 0.2 N force resolution. That could give a controller another signal during incidental contact, but the company has not published a safety case, a collision-test protocol or an independent test of the feature.[1]

The bundled hand matters. Sharpa's W02 has 21 active degrees of freedom, a stated weight below 750 g, IP54 protection for the bare hand and fingertip sensing from 5 mN to 30 N. Its own product page calls these product specifications, not field results.[3]

A sensible evaluation should separate sensing from usable behavior. Ask Sharpa to demonstrate a defined set of contacts, record intervention rate and compare a vision-only baseline with tactile control. Without that, claims about safer or more reliable manipulation remain promises, not buying evidence. For a safety framework, see our ISO cobot safety standards guide.

Capability and specs8/10

Task test evidence3/10

Reliability and serviceability2/10

Safety and standards disclosure3/10

Price and total cost clarity1/10

Developer workflow potential7/10

*Scores are Robotsider editorial judgments based on the cited product material, not laboratory measurements. Low evidence scores reflect missing public price, field results, support terms and independent testing.*

How does the W02 and AE01 workflow fit D01?

D01 is only one part of Sharpa's IROS launch. The company positions W02 as the contact hardware and AE01 as the operator input and data-capture device. AE01 uses 22 encoders and offers five fingertip haptic actuators with 256 dynamic levels, according to Sharpa; it lists wired data output at 500 Hz and wireless output at 150 Hz.[4]

That three-part bundle has a coherent research use. An operator can collect hand movement data with AE01, then use a tactile hand on D01 for contact-heavy experiments. It is still a vendor-defined workflow. The public material reviewed here does not state whether D01, W02 and AE01 ship as a validated bundle. It does not say which software or task datasets a customer receives.

IROS 2026 ran in Pittsburgh from September 27 through October 1.[5] Sharpa made the announcement during an active research conference, not at a documented commercial deployment. A conference debut can be a useful first look. It cannot establish uptime, recovery behavior, spare-parts access or integration cost.

Pros

D01 has unusually detailed published specifications for a newly announced tactile manipulation robot.
Sharpa documents a plausible data-capture path through AE01 and a compact tactile hand through W02.
The product page names interfaces, processor, payload and sensor ranges.

Cons

Sharpa's reviewed material does not state a public D01 price, delivery date, warranty or support terms.
The reviewed sources contain no independent D01 task benchmark or field reliability record.
Sharpa does not publish a safety certification or collision-test result for the complete D01 system.

Sharpa D01 vs a conventional robot arm: who should consider it?

A conventional arm is the safer starting point when teams know the task, use a simple end effector and value uptime over research flexibility. D01 is worth shortlisting when a team needs whole-body tactile sensing, dexterous hands and a teleoperation data path. That is a narrower case, and a more expensive one if the undisclosed system price includes a custom integration package.

Decision point	Sharpa D01	Conventional industrial arm
Best fit	Research on contact-rich, bimanual manipulation.	Repetitive, bounded tasks with a proven end effector.
Tactile sensing	Body skin and tactile hands are part of the claimed system.	Depends on the selected end effector and sensors.
Public commercial terms	Not disclosed.	Varies by supplier, but established suppliers often publish clearer distributor paths.
Public task evidence	No independent D01 benchmark found in reviewed sources.	Must be checked model by model and application by application.

The comparison is about fit, not a performance test. D01's published hardware does not prove it will outperform a conventional arm on any particular job. Our industrial robot density explainer covers why installation counts are not a substitute for application evidence either.

Is Sharpa D01 worth buying?

Sharpa D01 is worth an evaluation for funded labs that can define a tactile manipulation experiment and demand acceptance tests. It is not an evidence-based production purchase yet. The launch documentation supports its published configuration and a promising data-collection story, but not its price, delivery, total cost, serviceability, safety performance or task reliability.[1]

Before signing, request an itemized quote, hardware and software bill of materials, integration responsibilities, warranty and spare-parts terms, and a witnessed task test using the objects and cycle conditions that matter. Keep the test metrics simple: success rate, intervention rate, recovery time and damage events. D01 may earn a stronger verdict once those results are public.

Sharpa D01 review questions

What is the Sharpa D01?

D01 is Sharpa's dual-arm tactile manipulation robot, announced at IROS 2026. Sharpa lists 66 degrees of freedom with hands, body electronic skin, 5 kg rated payload per arm and NVIDIA Jetson Thor compute.

How much does Sharpa D01 cost?

Sharpa does not publish a D01 price or delivery date on the reviewed product page. Buyers need a quote that covers hardware, software, integration, spares and support.

Does Sharpa D01 have tactile sensing?

Sharpa says D01 has body electronic skin with a stated 0.1 to 20 N force range per taxel and 100 Hz sampling. The reviewed sources did not include independent collision or task tests.

Is Sharpa D01 ready for production work?

The public evidence supports a research evaluation, not a production recommendation. Independent task benchmarks, reliability data, safety documentation and commercial terms are not public in the reviewed sources.

What is the role of W02 and AE01?

W02 is Sharpa's tactile dexterous hand and AE01 is its haptic exoskeleton data glove. Sharpa presents them as parts of a manipulation and teleoperation workflow around D01.